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Diffuse reflection DK-KF10MLD\DK-KF15ML matrix fiber series

Diffuse matrix fiber (must be used with a fiber amplifier) .The matrix fiber optic sensor is not only small and lightweight, but also has powerful functions. It adopts advanced infrared sensing technology and can detect the diffuse reflection area of microgratings. Whether it is on a high-speed production line or in a complex environment, it can work steadily and provide accurate data feedback.

    Product features

    Working principle of area matrix fiber optic sensor: The fiber optic sensor emits red light or infrared to the shooting end, and the receiving end receives an object cut by the fiber, and then outputs the signal.
    Regional fiber optic sensor Features:
    The domain type large range optical fiber sensor makes the range of optical fibers evenly distributed and seamless through the built-in lens, which can detect smaller products and detect smaller changes in displacement detection. The matrix fiber optic sensor uses an arrangement to fix the fiber core, so that the optical axis is wider, which is convenient to fill the inside of the shell with resin and eliminate the influence of external dust
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    FAQ

    1 ,How small an object can a fiber optic sensor detect?
    Objects up to 0.5mm in diameter can be detected with very high frequency and accuracy.
    2,Can the optical fiber sensor M3 be powered on separately?
    Can not be used alone, must be paired with fiber amplifier to normal use.
    3,What is the role of fiber amplifier?
    1, the signal transmission distance increases: the fiber itself has a low transmission loss, but with the increase of the signal transmission distance in the fiber, the optical signal will gradually decay. The use of optical fiber amplifiers can increase the strength of the signal during transmission, allowing it to travel longer distances.
    2, signal attenuation compensation: When the optical signal is transmitted in the optical fiber, it will be affected by various factors, such as optical fiber loss, connector loss and bending loss. Fiber amplifiers can compensate for these attenuations, ensuring that the signal can maintain sufficient strength.

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