E3FA-BN12 2M

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E3FA-BN12 2M photoelectric sensors are a type of optical sensor used for industrial applications. They utilize light-emitting diodes (LED) inside a plastic housing to detect objects at distances up to 200mm. This type of photoelectric sensor is often used in automated assembly lines or robotic processes, specifically in high-speed applications.

The working principle of photoelectric sensors is based on the reflection of light. An LED inside the sensor emits light towards the target object. Depending on the type of photoelectric sensor, the light emitted can be visible or infrared. When the light beams are interrupted by an object, this is interpreted as a signal to the electronic system and the device is triggered. This can be used for automation or robotic control, such as switch or position sensing.

The E3FA-BN12 2M is a two-wire, normally-closed photoelectric switch. It features a narrow beam of invisible (non-visible) light that is used to detect targets up to 200mm away. The unit features a special eye-protection cover that prevents any potential eye strain due to bright light sources. The sensor is an ultrasmall, self contained and robust device that is designed for long life and reliable performance in industrial applications.

The E3FA-BN12 2M can be used in a variety of applications, including measuring speed, distance, position and presence. It is also used in automation systems, such as pick-and-place machines, assembly lines and sorting systems. This type of sensor is perfect for detecting small objects at high speeds, as it is able to detect them with a 0.3 ms response time. It also comes with a range of features, such as a current output, adjustable switching distance and operating ambient temperature between -25°C and 55°C.

The E3FA-BN12 2M is a great option for applications that require reliable performance and small, compact size. It is designed to be used in harsh or difficult conditions, such as those found in factories or industrial environments. This type of optical sensor allows for quick and reliable sensing of objects, such as small parts or packages, even at high operation speeds. It is the perfect solution for automation systems that require accuracies of one hundredth of a millimeter.

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