E3ZM-T81Y 2M

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Photoelectric Sensors, also known as optoelectronic sensors, are special kind of industrial transducers used for detecting objects by emitting and detecting infrared or visible light. Among them is the E3ZM-T81Y 2M model, a high-function photoelectric sensor. This article will discuss this particular model’s application field and working principle.

Application Field

The application field of the E3ZM-T81Y 2M model is broad – it can be used in a variety of industrial settings. It is especially suitable for use in safety and control applications, such as detecting the presence or nearness of an object in order to activate a related system. It is also useful for detecting broken or misaligned objects in a production line, as it can detect the reflection difference in the transmitted light and the reflected light from the object.

The sensor is also ideal for use in process control applications, such as controlling the speed or regularity of a moving object. It can also be used to detect small objects in automated assembly lines, as well as testing or sampling applications.

Working Principle

Unlike other types of photoelectric sensors which utilize light and dark sensing, the E3ZM-T81Y 2M model works on the principle of reflection. It employs two LEDs as its source of light; one LED transmits the light, while the other receives the reflected light from an object. This reflected light is then compared to an internal reference signal to detect the presence or absence of an object.

When an object is detected, a signal is sent back to the transmitter, and a related system is activated. This signal is adjustable, and the sensitivity level can be tuned to suit the application. The sensor also boasts an extremely high-speed response time of a mere 0.5ms, making it ideal for use in dynamic fields.

The E3ZM-T81Y 2M model is a groundbreaking, high-function photoelectric sensor, designed for use in numerous applications. Its unique working principle, based on reflection detection, combined with its exceptional response time, makes it a reliable and versatile detector and highly suitable for use in a variety of industrial settings.

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