EX-Z13FA-P

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EX-Z13FA-P Application Field and Working Principle

EX-Z13FA-P belongs to a type of optical sensors that depend on light-sensitive components to detect the presence of a target object. This type photoelectric sensors detect the presence or absence of objects in production processes, and are generally used in industrial manufacturing. EX-Z13FA-P is kind of infrared light type and retro-reflective type photoelectric sensors which is suitable in various environment and cost-effective.

Application Field

EX-Z13FA-P photoelectric sensors have been widely used in various kinds of industrial applications and automation solutions. Some typical application fields include conveyor line and motor detection, non-contact disturbing detection, machine safety guard system, registration and positioning, light curtain, press machine automation and robotics etc.

Working Principle

EX-Z13FA-P photoelectric sensors work upon the principle of detecting the reflection of light from a target surface. It consists of a transmitter, receiver and amplifier. When the output everlastingly transmits invisible infrared light, it will penetrate through the sensing object. If a reflective target is present, some of the light will reflect back from the target surface towards the receiver. The receiver then senses the light and generates a corresponding output signal that is sent to the amplifier for processing. The output is then available as a switch or an analog signal for further monitoring. When the unit is no longer detecting the presence of the target, it will enter a dormant state. As it is a non-contact type photoelectric sensor, it is extremely suitable for harsh environment applications and proximity sensing.

Conclusion

EX-Z13FA-P belongs to a type of optical sensors that are mainly used in industrial production processes. The main application fields routine detection, positioning, safeguarding and robotics. The principle it works upon is reflected light detection, where a transmitter-receiver combination controls the output upon detecting the reflection of the emitted light. This type of photoelectric sensor is cost-effective and reliable, and is suitable for harsh environment applications and proximal sensing.

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