LS-H101

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Optical Sensors – Photoelectric, Industrial – offer exceptional detection capabilities across a variety of applications. The LS-H101 is a highly versatile and reliable laser line sensor that can detect objects and obstacles over long distances in industrial applications where precision and accuracy are crucial. In this article, we discuss the LS-H101’s application field and working principle, as well as the importance of accurate and reliable detection.

The LS-H101 laser line sensor is widely used in industrial applications, such as automated machinery, forklift trucks, and lift truck loading. The LS-H101 features a long-range detection range of up to 6 meters, with a accuracy of up to 0.1mm, allowing for precise and accurate detection. Additionally, the LS-H101 offers various detection types, including horizontal and vertical line scan, and single point measurement, allowing for the detection of objects and obstacles in all directions and distances.

In order to understand the LS-H101’s working principle, it is important to understand the fundamentals of laser technology. The emitted laser light is scattered when it contacts an object or obstacle, resulting in a reflected light pattern. The reflected pattern is picked up by the LS-H101’s receiver, and the sensor’s internal processor interprets and calculates the size and shape of the obstacle. This information is then passed on to the user, allowing for precise and accurate detection.

In order for the LS-H101 to work accurately and reliably, it is important to ensure that the sensor is properly calibrated. The LS-H101’s sensitivity can be adjusted by increasing or decreasing the gain, as well as by changing the focal length of the sensor. Additionally, the LS-H101 features an auto gain and auto focus adjustment, allowing for easy and fast calibration of the sensor. By properly calibrating the LS-H101, users can achieve the highest accuracy and reliability.

The laser line sensor’s high precision and accuracy make it an ideal choice for a wide variety of applications, including location and identification of objects, obstacle detection, collision avoidance, machine vision, and automation. The LS-H101 is well suited for high-speed applications such as robotic welding, automotive assembly lines, and automated conveyor systems. Additionally, the LS-H101’s flexibility and versatility make it ideal for applications such as factory automation, 3D printing, barcode reading, gesture recognition, and object recognition.

In conclusion, the LS-H101 is a highly accurate and reliable laser line sensor that can detect objects and obstacles over long distances in industrial applications. The sensor’s capability to accurately detect a variety of objects and obstacles in multiple directions, combined with its adjustable sensitivity and easy calibration, make the LS-H101 an ideal sensor for a variety of industrial applications.

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