NA1-PK3-PN-C5

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 encompass a broad range of sensing equipment used to detect various physical properties, including light, temperature, pressure, and motion. Photoelectric, industrial, and NA1-PK3-PN-C5 are three types of optical sensors commonly used in automated systems. This article focuses on the application field and working principle of the NA1-PK3-PN-C5 optical sensor.

Applications

The NA1-PK3-PN-C5 is an optoelectronic sensor incorporating both an amplifier and an optical detector that is designed for the detection of minute changes in ambient light levels. Its applications include proximity and presence detection, as well as level sensing and automation and robotics. This sensor is suitable for applications in an extensive range of industrial applications, including factory automation, manufacturing, and production lines, where it can be used to detect the presence or absence of objects in a given path and position, or to detect the level of a liquid in a tank.

The NA1-PK3-PN-C5 is also suitable for use in medical applications, where it can monitor vital body parameters such as heart rate or breathing pattern. In addition, this sensor can be used in the automotive industry for the detection of brake and other control systems. It is also commonly used in security systems, such as video surveillance or motion detection, to detect the presence or absence of an intruder.

Working Principle

The NA1-PK3-PN-C5 operates by imaging light that reflects off of a target object and then converted into a electrical signal. It is composed of an optoelectronic amplifier and an optical receiver. First, the amplifier receives the light from a target object, which is then converted into an electrical signal. The signal is then amplified to a level where it can be detected by the on-board optical receiver module. The optical receiver then modulates the signal into digital information that can be further processed by a computer to measure the output.

To optimize the performance of the sensor, different parameters can be adjusted, including the sensitivity and range. The optical receiver can be optimized for different ranges, for example a long-distance range, when measuring the intensity of light reflecting off a target object, or a medium-distance range when detecting changes in lighting conditions. In addition, the sensitivity of the sensor can be adjusted to detect subtle changes in the environment.

To ensure reliable operation, the NA1-PK3-PN-C5 is enclosed in an electromagnetic interference (EMI) shielded housing. This ensures a minimal amount of noise interference is created, while the sensor is shielded from potentially damaging radiations. The performance of the sensor can also be improved by using shielding materials and filters, which helps to reduce the amount of noise interference.

Conclusion

The NA1-PK3-PN-C5 is a versatile and reliable optical sensor specifically designed for a variety of industrial and medical applications. Its wide range of applications make it ideal for use in factory automation, medical monitoring, security, and automotive control systems. The sensor utilizes a combination of an amplifier and an optical receiver to detect minute changes in environmental light levels and then modulate them into digital information that can be further processed. Additionally, the EMI shielded housing provides a noise interference free environment and ensures reliable operation. All of these features make the NA1-PK3-PN-C5 a highly efficient optical sensor that is suitable for a wide range of applications.

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