E3S-LS3C1D-30

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Optical sensors are an invaluable tool used in industrial settings. One particular type of sensor, the E3S-LS3C1D-30 photoelectric sensor, is lauded for its robust specifications and ease of use. This article will analyze the application and working principle of the E3S-LS3C1D-30 in greater detail.

The E3S-LS3C1D-30 is a small, cylindrical photoelectric sensor from Omron. It is capable of detecting objects in a wide variety of ranges, from 2.5mm to 100mm (0.098 – 3.937 in). Additionally, it features a wide temperature range of -10 to +100 C (14 to 212 F). The device is also capable of sensing both light and dark objects and can detect a variety of reflective surfaces with a wide field of view.

When it comes to application, the E3S-LS3C1D-30 is commonly used in an array of industrial applications, including manufacturing, assembly, and packaging. It is also helpful in detecting objects in non-contact position detection, providing reliable detection with high precision accuracy. It can also be used for the presence/absence detection of transparent objects, such as glass, plastic, and paper.

In terms of the working principle, the E3S-LS3C1D-30 is powered up with a built-in LED which transmits an optical beam. This optical beam is then reflected off any detected object, and received by the in-built photoelectric receptors. By measuring the current ratio of the output voltage, it detects the presence or absence of an object. It also features an adjustable sensitivity and delay time, allowing users to optimize the photoelectric output.

The E3S-LS3C1D-30 has a high immunity to environmental influences, such as vibration and temperature. Also, its advanced circuitry ensures that its output signal is accurate even under harsh and fluctuating ambient light conditions.

Finally, this device is customizable with compatible accessories, such as rear-mounting brackets, show aces, and detachable core cables. There are also several varieties of fixed cables available, depending on the user’s specific application.

In sum, the E3S-LS3C1D-30 is an impressive example of a versatile photoelectric sensor. Its robust specifications and ease-of-use make it suitable for many industrial applications. Its working principle involves the use of an LED and an in-built photoelectric receptor, which detects objects by measuring changes in current ratio. Additionally, this device is highly customizable and immune to environmental influences. As such, it is a highly reliable and valuable tool for modern industrial settings.

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