F3ET2-018-300

Optical Sensors are a type of photoelectric sensor that utilizes the power of light and how it interacts with objects or target. Photons are reflected back to a receiver, allowing the sensor to recognize a potential change. With the advancement of technology, optical sensors have become increasingly sophisticated and varied in application. The F3ET2-018-300 is an optical sensor designed for industrial use.

The F3ET2-018-300 is a digital, halogen fiber optic sensor with a built-in microprocessor. The sensor is designed for industrial use and is capable of operating in a wide range of conditions from -40°C to 130°C. It is also able to withstand pressure up to 10 bar and shock up to 10g.

The F3ET2-018-300 has a wide range of applications including detection of metal, plastic or wood objects, as well as detection of low-luminosity or fogging objects. In addition, the sensor can be used in multi-way sensing, in order to detect changes in the environment in various ways, such as changes in distance or color. As such, the sensor can be used effectively in automotive, security and manufacturing applications.

The working principle of the F3ET2-018-300 is based on light reflection. A pinpoint laser diode emits a single beam of light onto a reflective target. Depending on the target reflectivity, part of the beam is absorbed, while the remaining is reflected. The receiver then detects the reflected light and sends feedback to the processor, which in turn triggers an action. This action can include activating an alarm, or providing output signals for further processing, depending on the application.

The F3ET2-018-300 is an highly advanced and reliable optical sensor that can accurately and quickly detect changes in the environment. It is capable of withstanding harsh conditions and is well-suited for use in industrial and security applications. With its light reflection and feedback system, the sensor has become an indispensable tool for a variety of industries.