EKMB1106112

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Optical motion sensors are devices that detect changes in position or velocity of a physical body, usually converting this sensed physical property into another state for further processing, modulating, amplifying or communicating.

Among these motion sensors, an EKMB1106112 is specifically designed for monitoring body swing velocity or acceleration in a range from 0 to 5 m/s2 and rotations from 0 to 1200 rpm. It offers a repeatability and accuracy of 0.8°, thus being capable of performing motion sensing applications with precision.

This sensor combines a miniature motion controller with two optical elements for sensing rotational movement. The first element is a rotor diaphragm with eight magnets, which is able to detect rotational velocity in a range of 0 to 1200 rpm. The second one, an acceleration sensor diaphragm, is sensitive to low frequency mechanical vibrations. Together, they form a sensing duo that is capable of detecting the most delicate mechanical motion.

In terms of construction, the EKMB1106112 is based on Hall Effect Technology, enabling it to measure the rotor disk rotation in a temperature range of -40 to 85°C. It is available as an electronic module for easy integration into machines and other designs. Furthermore, this device measures 2.54x1.27x0.89cm, making it very compact and suitable for space-constrained installations.

The working principle of the EKMB1106112 is simple yet efficient. It works by detecting protruding magnets from a rotor disk, located in an area between the two diaphragms. Its accelerometer is connected to a piezoelectric transducer, allowing it to detect physical vibrations, microscopic movements and static body posture. The detected signals are processed in an analog circuit and sent to the respective outputs.

Due to its robust design, the EKMB1106112 can be used in various scenarios such as automotive, aviation and home automation. It is ideal for applications where size, accuracy and reliability are highly important. For example, it can be used to sense the rotation of the motor layer in motor control systems, monitor the speed of small motors, detect vibrations in folding machines and many more.

It can also be used as a positional sensor to detect the angular position of rotating components. Since these components are often enclosed in a sealed environment, the EKMB1106112 is required to withstand harsh conditions such as dust, dirt, water and extreme temperatures. As such, its robust design makes it an ideal choice for such challenging applications.

In conclusion, the EKMB1106112 is a versatile and reliable optical motion sensor designed to detect mechanical motion with high accuracy and precision. Its combination of two diaphragms and Hall Effect Technology allows it to perform multiple applications successfully, including sensing motor layer rotation, detecting angular position of rotating components and measuring mechanical vibrations. It is suitable for many industries such as automotive, aviation and home automation and can operate in challenging environments.

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