DT50-P2123

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Optical Sensors - Distance Measuring is a group of sensing devices that measure the distance or range between them and their designated target objects. As one of the most widely used distance measuring sensors, DT50-P2123 is an important product of this category. In this article, we will look at the application field and the working principle of such sensor.

DT50-P2123 Application Field

DT50-P2123 can be used in a variety of applications. It is an ideal device for quality assurance, production monitoring, and object positioning tasks in industrial processes. Specifically, it is usually installed on machining centers, robotic arms, or industrial robots to detect presence and offset of workpieces or objects in the manufacturing process. Some applications include detection of object edges and edges, distance measurement between objects, and surface inspection.

In addition, the DT50-P2123 is well suited for non-contact distance measurement and sensing in robotic applications. Due to its robust construction, long-term stability, and accurate output, this sensor can be used in integration with automation systems. It is also suitable for use in hazardous environments, as it is certified for use in explosive atmospheres.

DT50-P2123 Working Principle

DT50-P2123 is a laser distance measurement sensor based on the triangulation method. It works by sending a laser beam of visible red light towards a target object. When the light hits the target, it gets reflected back to the sensor. Then the sensor detects the light with its built-in photodetector and uses the triangulation algorithm to calculate the distance between the sensor and the target object. The result of the measurement is then transmitted to a designated system or display.

The laser measurement range of the DT50-P2123 is between 25 mm and 500 mm. The accuracy is within +/- 0.2mm and its resolution is 0.01mm. Moreover, this product uses a high-quality laser module with a wavelength of 650 nm, ensuring long-term stability in usage. It is also resistant to environmental disturbances such as dust, vibration, and temperature.

Conclusion

DT50-P2123 is a laser distance measuring sensor based on the triangulation method and is widely used in industrial processes. It is suitable for applications such as quality assurance, production monitoring, and object positioning tasks. It has a high accuracy range between 25 mm and 500 mm and a resolution of 0.01mm. Moreover, it is certified for use in hazardous environments. We hope this article has been of some help to those looking to understand the application field and working principle of the DT50-P2123.

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