E32-D14L 5M

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Optical Sensors, namely Photoelectric, Industrial, are composed and used for different purposes in various industrial operations. E32-D14L 5M is one of the optical sensors, which has a wide range of applications and working principles.

Before considering the applications and working principles of the E32-D14L 5M, it is important to understand the optical theory of the photoelectric sensor. The optical sensor is able to detect changes of the light intensity by both reflecting and transmitting light signals. Reflected signals create a virtual wall in the sensing range and then create a detection zone in which any presence of a foreign object is detected.

The general application of E32-D14L 5M is in the range of 5m (16ft), with a 5mm aluminum housing, angle range of 180 degree, and a maximum responsivity of 1.26A/W. This sensor is suitable for both outdoor and indoor applications, such as level monitoring, distance sensing, position sensing, object detection, and vibration detection. It is also capable of providing reliable sensing functions even in the presence of not only dust but also moisture, thanks to its IP65 rated waterproof enclosure.

In terms of working principle, the optical sensor is designed to detect the presence of objects through the detection of light intensity in its sensing range. When the light is shined onto the sensing range from the source, some of the light is reflected back to the receiver part of the sensor. When the presence of an object is detected, the amount of light reflected back to the receiver part is changed, and the change is indicated by the output signal.

E32-D14L 5M is equipped with a built-in optical synchronization circuit, which continuously monitors the synchronization between the source and the receiver and sends out synchronization signals to keep them in sync. Also, by controlling the reflected light received from the sensing range, the optical sensor has extremely fast synchronization and response times.

The E32-D14L 5M is also capable of suppressing interference from the external environment. This is due to its noise-resistant sensing circuit, which is able to effectively filter out interference from ambient noise. This enables the sensor to remain highly accurate in its sensing operations.

In conclusion, the E32-D14L 5M photoelectric optical sensor is an ideal choice for a wide range of applications such as distance sensing, level monitoring, object detection, and vibration detection, as it is capable of detecting changes of light intensity in its sensing range. Its built-in optical synchronization circuit enables fast responses while its noise-resistant sensing circuit ensures high accuracy of sensing operations.

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