CX-483-Z

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Optical sensors, including photoelectric, industrial, and many other types, have become a mainstay of modern societies. The CX-483-Z application field and working principle are representative of the wide and versatile range of capabilities offered by these sensor systems. The CX-483-Z is renowned for its reliability in many industries and sectors due to its intuitive configuration and operation.

The CX-483-Z optical sensor has a wide variety of applications ranging from factory automation to medical technology. In factory automation, the CX-483-Z is commonly used to detect the presence and absence of objects in production lines. The unit is constructed with an array of reflective light emitter and receiver heads for each pair of sensors, resulting in reliable detection at high speeds. Its highly sensitive signal processing architecture allows for detection of the slightest changes in the angle or position of the object, even when it is in movement.

The CX-483-Z sensor also plays an important role in medical technology as it can detect the stoppage and restart of a pulse within a heartbeat. This technology is used to measure and monitor patients\' vital signs such as heart rate, breathing rate, and blood pressure. By providing real time feedback, the CX-483-Z sensor can alert medical staff to any changes in a patient\'s condition so that they can be able to act quickly and effectively.

The working principle of the CX-483-Z optical sensor is based on the variation of optical signals as a result of the changes in angles and positions of objects. This principle is applied by pairing each emitter and receiver head with a different head, thus, being able to detect the slightest changes in the angle or position of the object. The sensor harnesses the power of LED light to generate the presence signal and utilize photo-voltaic (PV) cell to detect the absence signal. Once received, the signal is translated and amplified electronically before being demodulated using a variety of digital signal processing algorithms.

The CX-483-Z optical sensor is also known for its stability and reliability due to its advanced signal processing techniques. By utilizing digital signal processing techniques, the unit is able to process signal at much higher frequencies and reduce noise levels, which in turn increases its sensitivity and accuracy. The CX-483-Z also comes with a built-in temperature compensation feature that allows it to detect accurately even in extreme temperatures.

Furthermore, the CX-483-Z is equipped with a variety of safety features including surge suppression and reverse polarity protection. Additionally, the unit is designed with a robust and waterproof IP65 rated enclosure, which makes it suitable for tough environments such as oil rigs and manufacturing facilities.

The CX-483-Z application field and working principle demonstrate the wide range of possibilities offered by modern optical sensor technology. Its intuitive configuration, robust construction and ability to detect changes at high speeds make the CX-483-Z an ideal choice for a variety of applications ranging from factory automation to medical technology. Additionally, the unit\'s enhanced signal processing capabilities, safety features and IP65 rated enclosure ensure reliable operation throughout its entire operating life.

The specific data is subject to PDF, and the above content is for reference