E3S-2E41

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The E3S-2E41 is a photoelectric sensor designed to detect objects or reflectors within its range. It is used extensively in industrial and automated settings, as it can accurately and effectively detect objects or materials. It is highly reliable and robust, and is often used in sensing, measuring and controlling. Its function is also ideal for precision applications.

The E3S-2E41 is a photoelectric sensor based on the optical displacement principle. It uses a photosensitive receiver and an optical system to generate an electronic output signal when an object or material passes through its range. The receiver is a photosensitive element that utilizes a light emitting device to emit a modulated light beam. When an object or material is present within the range of the light beans, this beam is disrupted, and the light receiver sends a signal to the control system. This signal is then used to activate switches, initiate alarms or control machines depending on the application.

The working principle of the E3S-2E41 is quite straightforward. It utilizes an infrared light source and a photo-electric receiver. When an object interrupts the line of sight between the source and the receiver, the receiver detects the interruption and sends an output signal. The output signal can be used to start or stop a process, or it can be used to trigger an alarm when an object is present within the specified range.

The E3S-2E41 has a variety of applications in industries that require precise measurements, especially industrial and automated settings. It is often used in sensing, measuring and controlling, such as in process control, material handling, robotics, and more. Additionally, its precision measurements and reliable performance make it ideal for safety applications, as it can help prevent machine malfunctions and dangers.

The E3S-2E41 is a reliable and robust photoelectric sensor, and its use in industrial and automated settings is extensive. Its working principle is based on the optical displacement principle, using a light emitting device and photoelectric receiver to detect disruptions in the beams. The output signal is then used to activate switches, initiate alarms, or control machines depending on the application. Its ability to deliver precise measurements and reliable performance makes it ideal for measuring, controlling and detecting in industrial and automated settings.

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