E3F2-7B4-S

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E3F2-7B4-S is an advanced photoelectric sensor, typically used in industrial applications. It is designed for a wide range of applications such as non-contact detection, object coding, and position sensing. The sensor consists of an emitter, a receiver, and a controller. The controller controls the overall operation of the device.

The emitter is responsible for generating a light beam which is directed towards the receiver. The generated light beam is invisible to the human eye and it consists of two beams. The modulated beam is generated using infrared technology and contains a data code that represents the information that the receiver will detect after receiving the beam. The second beam is an unmodulated light beam that serves as a reference beam. This reference beam has the same brightness as the modulated beam but does not contain any data information.

The receiver is responsible for detecting the modulated beam and interpreting the data code. It uses non-contact technology to detect the beam and recognize the data code. The receiver output is in the form of a signal voltage that is emitted when the receiver has received and recognized the modulated beam. The output voltage is being used by the controller to determine the status of the sensor.

Lastly, the controller is responsible for controlling the overall operation of the sensor. It is responsible for enabling or disabling the received and transmitting functions of the emitter and receiver. It is also responsible for determining the output voltage of the receiver, interpreting the data code, and signaling a response based on the data code. The controller can be programmed to switch the device on or off depending on the data code or time interval.

The E3F2-7B4-S is an advanced photoelectric sensor that is used in industrial applications. In industrial applications, it is typically used for non-contact detection, object coding, and position sensing. The sensor is composed of an emitter, a receiver, and a controller. The emitter sends out a modulated light beam which is invisible to the human eye but contains data code. The receiver receives the modulated beam and recognizes the data code, sending out a signal voltage in response. Finally, the controller is responsible for controlling the overall operation of the sensor, such as enabling or disabling the received and transmitting functions, interpreting the data code, and signaling a response based on the data code.

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