E3F2-R4C4F-P1-E

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Optical sensors are widely used in a variety of industrial applications, ranging from environmental monitoring to motion tracking in robotics and safety systems. One type of optical sensor is the E3F2-R4C4F-P1-E, which is a high-accuracy, reflective photoelectric sensor with built-in temperature compensation. In this article, we’ll explain the application field and working principle of the E3F2-R4C4F-P1-E.

The E3F2-R4C4F-P1-E is a highly reliable and accurate photoelectric sensor, ideal for use in industrial settings. The main advantages of this model are its small size, high speed, low power consumption, and high detection accuracy. The sensor is capable of detecting objects up to 1mm in size, even in dark environments. It also has a wide detection range of up to 75 mm, and a temperature compensation feature to ensure maximum accuracy across a wide range of temperatures.

As far as applications go, the E3F2-R4C4F-P1-E is mainly used in industrial automation applications, such as converting mechanical movement into electrical signals in packaging machinery, as well as monitoring machine operation. It can also be used in proximity sensing applications, where it can detect the presence or absence of an object without actually touching it. The sensor is also well suited to use in safety applications like emergency stop systems and motion detection systems.

The E3F2-R4C4F-P1-E’s working principle is based on the reflected light principle. The sensor is composed of a transmitter unit and a receiver unit both housed in a compact body. The transmitter emits a beam of infrared light and the receiver detects a reflected signal whenever an object is in its path. The sensor’s detection range is determined by the shape of the beam of light. The received signal is then amplified and converted into an electrical signal which is outputted as a detection signal.

The E3F2-R4C4F-P1-E is an ideal solution for a range of industrial applications, due to its accuracy, reliability, wide detection range, and temperature compensation feature. It can be used in a variety of applications, from packaging machinery to motion detection systems, and has become a popular choice for many industrial settings.

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