F56101112

Series:	SLF
Part Status:	Active
For Measuring:	Linear Position
Technology:	Resistive
Rotation Angle - Electrical, Mechanical:	--
Linear Range:	0 ~ 25.40mm (0 ~ 1.00")
Output:	Resistive
Output Signal:	--
Actuator Type:	Round Shaft
Linearity:	±0.5%
Resistance:	1.5 kOhms
Resistance Tolerance:	±20%
Voltage - Supply:	40V
Mounting Type:	Chassis Mount
Termination Style:	Connector
Operating Temperature:	-65°C ~ 105°C

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Position Sensors: F56101112 Application Field and Working Principle

Position sensors are used extensively in engineering, manufacturing and robotics for measurements of displacement and angle. They play an essential role in automating processes and act as inputs to signal the position of an object. The F56101112 position sensors are especially designed for use in applications where high accuracy, speed and resolution are required. This article will discuss the application field and working principle of the F56101112 position sensor.

Application Field

The F56101112 is a multipurpose position sensor specifically designed for use in mechanical engineering applications. It is particularly suited to the measurement of small displacements in the direction of travel. Additionally, the sensor can be used to measure the angular and linear position of an object with precision. Typical applications for the F56101112 include rotary position measurement, linear position measurement, and object orientation measurements. It is an ideal choice for use in robotic arms, material handling system, and automated manufacturing processes.

Working Principle

The F56101112 has a simple working principle and is easy to use. It is based on the principle of capacitance measurement. The device consists of two sets of electrodes, each set being a circular disc of metal. The first set of electrodes is attached to the stationary part of the system, while the second set of electrodes is attached to the moving part of the system. When the two electrodes are arranged in an opposing configuration, they will form a capacitance between each other. As the moving part of the system is displaced in the direction of travel, the capacitance between the electrodes will change. The F56101112 is designed to measure this change in capacitance accurately, which can then be used to calculate the linear or angular position of the moving part.

Advantages

The F56101112 has several advantages over other types of position sensors. It is a non-contact system, which eliminates the need for physical contact between the moving and stationary elements. This ensures that the system is less susceptible to wear and tear, and has a longer service life than other types of position sensors. Additionally, the F56101112 is extremely accurate, capable of measuring displacements of up to 0.001mm with a resolution of up to 2um. The sensor is also fast, with a response time of up to 1ms. Furthermore, the sensor is inexpensive and easy to install, making it an ideal choice for use in automation systems.

Conclusion

The F56101112 is an accurate and reliable sensor for use in linear and angular position measurement. It is a non-contact system, which makes it less susceptible to wear and tear and increases its service life. Additionally, it is fast and inexpensive, making it an ideal choice for automation systems. As a result, it is an excellent choice for use in mechanical engineering applications which require precise position measurements.

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