F56101101

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Position sensors are devices used to measure the distance, angle, or linear position of an object or component. Among these sensors is the F56101101, a potentiometric linear position sensor, used in a variety of applications.

The F56101101 is a small, compact device measuring just 61mm wide and 36.93mm long. It is made of stainless steel and has a single-turn potentiometer that measures position over a range of -25º to +55º. The device has a wide resistance range and stable operation even when temperatures vary.

This device typically is used in two of the most common application fields: automated factory machines and automobiles. In the case of factory machines, the F56101101 is often used to detect the position of a given part, whether it is a door, valve, or another part. In the case of automobiles, the device is often used in car door locks, air conditioning systems, and other components that require accurate position measurement.

The working principle of the F56101101 is relatively straightforward. When a user moves the object or component that the device is attached to, the potentiometer measures the displacement in degrees and changes the resistance accordingly. This change in resistance is then measured by the device and interpreted as a certain degree of movement.

The F56101101 makes use of two main components to measure the object’s position. The first component is a rotary drive, which is attached to the object and used to move the potentiometer. The second component is the potentiometer itself, which measures the degree of displacement. The device also contains an output module, which then takes the measurement from the potentiometer and signals it to an external device to be read.

Overal, the F56101101 is an efficient and affordable position sensor that is well suited for use in automotive and factory machines. It is a key component for measuring the displacement of components with high accuracy. As such, it has become a popular choice for companies looking for a reliable way to measure the linear position of an object or component.

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