EO1804NPAS

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The EO1804NPAS series is one of the latest optical sensors that offer a variety of industrial applications. It is a photoelectric sensor that features a conveniently compact design with two distinct functions, sensing and input. In comparison to other alternatives, the EO1804NPAS offers a powerful sensitivity range, a high-speed response time, and an exceptionally reliable accuracy. It is also designed to provide dual-purpose capability, which further enhances its versatility.

The EO1804NPAS series is a precise optical sensor with two distinct wavelengths covering both red and infrared spectrums. On the red spectrum, it features an adjustable adjustable sense range which is set by a rotating dial. On the infrared spectrum, its sensor is able to detect targets from most any angle, allowing for greater accuracy and flexibility. Additionally, the infrared sensor has a wide dynamic range and provides an excellent signal-to-noise ratio. Combined, both wavelengths provide a high-resolution level of sensing performance.

The EO1804NPAS series is an industrial grade photoelectric sensor designed for use in harsh environments. It is designed to be highly durable and is resistant to temperatures ranging from -20°C to 70°C. It is also engineered with a dustproof and waterproof shell that provides enhanced protection against the elements. As such, it can be utilized in both indoor and outdoor applications.

In addition to its rugged construction, the EO1804NPAS series sensor features an automatic self-calibration system which allows for quick and easy setup. It also features a shallow sensing range from 0-5cm, providing excellent performance for spot measurement. Furthermore, it is resistant to vibration, allowing it to work well in dynamic environments. Moreover, the sensor is equipped with electrical choke noise suppression, ensuring an accurate signal.

The working principle behind the EO1804NPAS series of sensors is based upon the interaction between the infrared and red light beam and the target being monitored. The infrared light beam is directed towards the target to be monitored while the red light beam is used as a reference. When the target absorbs the infrared light beam, there is a decrease in the energy level of the red light beam which is detected by the sensor. This drop in energy level is used to determine whether a target is present in the field of vision or not.

The EO1804NPAS optical sensor is suitable for a range of industrial applications, including obstacle detection, photoelectric counting, and level sensing. It is also well-suited for use in machine vision systems and is a perfect fit for development within any automated system. With its distinctive advantages, such as fast response time, wide range of sensing modes, and high precision, it is an ideal choice for both industrial and commercial use.

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