E3F2-D1C4 2M

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Optical sensors are various types of devices used to detect and measure light emitted or reflected by a certain surface or material. As the name implies, photoelectric sensors are a type of optical sensor and they rely on the principle of photovoltaic effect for the operation. E3F2-D1C4 2M is a type of photoelectric sensor which finds its application in the industrial setting.

The E3F2-D1C4 2M is a retro-reflective type of optical sensor with an operating range of 100mm. The device is designed to be placed between the light source and the emitter. When the beam from the emitter is interrupted by an object, the spot of light formed using the retro-reflectors will union and the detector will detect it. This signal will then be converted into electrical pulses, and the corresponding output signal can be used to give the presence of the object and initiate suitable action.

The features of E3F2-D1C4 2M make it suitable for industrial applications such as machine tools, printing equipment, conveyor systems and other automation systems. The device is suitable for installation in tight spaces because of its small size. The device also has several other features such as short-circuit protection, reverse-polarity protection, temperature range of -25°C to +65°C, reverse connection protection and overload protection. The device also has IP65-rating for dust-tightness and splash-proof protection.

The working principle of the E3F2-D1C4 2M is based on the photovoltaic effect which states that when light falls on a material, it generates an electric current. The device works by using a light source and a detector in a retro-reflective configuration. When an object interrupts the beam between the light source and the detector, the spot of light formed using the retro-reflectors unites to form a single spot and the detector can detect the signal. The signal is then converted into an electrical pulse which can be used to indicate the presence of the object and initiate suitable action.

In summary, the E3F2-D1C4 2M is a type of photoelectric sensor which is suitable for industrial applications. The device uses the principle of photovoltaic effect wherein light falls on a material and an electric current is generated. The signal generated is then converted into an electrical pulse which can be used to indicate the presence of the object and initiate suitable action. The device also has several features such as reverse-polarity protection, temperature range of -25°C to +65°C, and reverse connection protection. Its features make it suitable for applications such as machine tools, printing equipment, conveyor systems and other automation systems.

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