WSE4-3F3130

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Optical Sensors - Photoelectric, Industrial - form an essential component of industrial automation. The WSE4-3F3130 is a common example of such a device. This article will discuss the application field of the WSE4-3F3130, as well as its underlying working principle.

The WSE4-3F3130 is an optical sensor designed for sensing reflective materials. Its main application fields includematerial handling, safety sensing, robotics, and conveyor flow control. It is primarily designed to detect white and coloured opaque surfaces, and can detect objects made from a variety of materials including cardboard, paper, plastic, and metal. Furthermore, the WSE4-3F3130 is capable of distinguishing between objects of different shapes or sizes, allowing it to detect objects with accuracies of up to 0.2 mm.

The device’s working principle is based on the principle of light reflection. Specifically, the WSE4-3F3130 emits and receives IR light through its phototransistor. The Phototransistor is used to measure the amount of light reflected off of the target object. When an object is detected, the device will then generate an output signal. The higher the amount of light reflected off of the target object, the higher the output signal levels will be.

The WSE4-3F3130 is also capable of a variety of settings, including adjustable sensing distances, time delay, modulation frequency, frequency range, and signal pulse width. Through these settings, users can tune the device to suit different operational scenarios. Furthermore, the device has a built-in fault alarm which will alert users to any faults that may occur. This allows for quick and efficient troubleshooting.

In addition to its sensing capabilities, the WSE4-3F3130 also features a range of safety methods to prevent the device from causing collisions in automated production lines. Such safety features include an adjustable safety cover that blocks the sensor\'s light path when an object is detected, as well as a hangup prevention system that will stop the sensor from actuating when the object is detected too far away. This ensures minimal disruption to workflows in expertly managed production lines.

Given its sensing capabilities, low power consumption, adjustable settings, and its suite of safety features, the WSE4-3F3130 has been adopted by many industries as a reliable and cost-effective solution for their automation needs. It has proven to be capable of providing accurate and repeatable sensing for a wide variety of objects and scenarios.

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