DT50-N1123

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 are integral components of many precision applications, allowing for the detection of high-resolution measurements of distance and angle. One such popular and highly accurate device on the market is the DT50-N1123 distance measuring sensor. This device makes use of optical technologies such as reflection and refraction to measure the distance of objects in a variety of different scenarios. In this article, we’ll discuss the many applications of the DT50-N1123, as well as its working principles.

The DT50-N1123 is designed for a wide range of applications involving precise measurement of distances up to 8 meters. Most commonly, this device is used to measure the distances between objects during transportation and storage, such as in the shipment of goods. It offers extremely precise results with a measurement accuracy of ± 0.02mm, even when objects are moving at high speeds. The device is also very versatile, offering compatibility with a broad array of different types of machinery.

In addition to transportation and storage applications, the DT50-N1123 can also be used in safety detection applications. The device is tuned to detect objects at distances ranging from 0-8 meters, making it a great choice for applications such as high-speed rail networks that require highly accurate detection of objects. It can even be utilized for industrial applications, such as in production lines or for quality control.

So, how exactly does the DT50-N1123 measure distances? The device works by monitoring light reflections and refractions, in order to precisely estimate the distances between objects. The device emits a beam of light, which then reflects off the object and is detected by an integrated photodetector. The device then uses this data to calculate the exact distance between the object and the device, based on the speed of light and the refraction of the light beam.

In order to ensure maximum accuracy, the DT50-N1123 utilizes a variety of advanced technologies to precisely measure distances. This includes the use of automatic light modulation techniques, infrared light sources, and spectral reflectance measurement algorithms. All of these technologies work together, allowing the device to calculate distances with exceptional precision and accuracy.

The DT50-N1123 is a highly accurate and versatile distance measuring sensor, making it ideal for a range of different applications. From safety detection to industrial production lines, the device offers a reliable and precise means of measuring distances up to 8 meters. The device makes use of optical technologies such as reflection and refraction in order to measure distances, and utilizes technologies such as automatic light modulation, infrared light sources, and spectral reflectance measurement algorithms in order to ensure accuracy and reliability.

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