PMD8PG Sensors, Transducers

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Optical Sensors - Photoelectric, Industrial

PMD8PG is an advanced photoelectric and industrial optical sensor which is at the top of the range when it comes to performance and versatility. It combines the properties of both photoelectric sensors and industrial sensors to provide a superior performance in difficult applications.

Application Field

PMD8PG is especially useful in industrial applications such as assembly, substrate detection, liquid level control, material presence detection, and distance measurement. It is also a great choice for medical and scientific research applications that require sophisticated detection at small distances and low light levels. Its superior performance when compared to traditional photoelectric and industrial sensors makes it ideal for these types of applications. It can detect and measure distances up to 100 meters with high accuracy.

Emitted Signal Type

The PMD8PG features a modulated infrared diode as its emitted signal, which is the most common type of signal used for optical sensing. This signal allows the sensor to both send out and receive signals from its environment, allowing it to perform more complicated and precise measurements.

Signal Types

The PMD8PG can detect three distinct types of signals: analog, digital, and infrared. It can measure distances with accuracy up to 0.1 millimeters, which is the best performance among all optical sensors. This makes it a great choice for applications that demand high precision. It is capable of detecting optical signals in the presence of dark background, making it suitable for areas with difficult ambient light conditions.

Detection Range

The PMD8PG features a detection range of up to 100 meters, making it suitable for applications in areas with greater distances. This range can be adjusted using software, allowing users to tailor it for their specific application. The sensor can also detect signals up to half a micron, the best performance in its class.

Working Principle

The PMD8PG utilizes an incredibly advanced working principle that distinguishes it from other photoelectric and industrial optical sensors. When the signal is emitted from the infrared diode, it is reflected and refracted off obstacles in its path, allowing the PMD8PG to measure the phase shift of its signal. This is then used to accurately and reliably calculate distances and other values. This principle makes the PMD8PG the top choice for applications that require accurate and reliable data.

Conclusion

The PMD8PG is at the top of the range when it comes to photoelectric and industrial optical sensors. Its combination of advanced signal types, detection range, and working principle makes it ideal for applications that require precision and reliable data. It is a great choice for industrial, medical, and scientific research applications that demand the best performance.

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