The laser displacement sensor is designed for high-precision measurements on challenging surfaces, offering advanced technology for industrial applications.
The ‘optoNCDT5500’, a next-generation laser displacement sensor, has been developed by Micro-Epsilon. It is engineered for precise displacement measurement, especially for challenging tasks involving diffuse reflective materials and poorly reflecting surfaces. This sensor is a versatile solution suitable for a variety of industrial applications, such as printed circuit board assembly, wear testing in rail transport, and thickness measurement in tire production, making it ideal for professionals in manufacturing, automotive, and rail industries.
The sensor comes in four different measuring ranges: 10mm, 25mm, 100mm, and 200mm. Each model offers both standard and extended measuring ranges to cater to specific needs. Its high versatility is further underscored by an adjustable measuring rate of up to 75kHz, making it adaptable to various measurement tasks. Engineers and technicians working in fields that require precise displacement measurements will find this product particularly useful.
In terms of performance, the sensor stands out due to its impressive precision. It features a linearity of 0.015% and a repeatability of less than 0.0015%, positioning it as a preferred choice for demanding industrial applications. Additionally, it consumes a maximum of just 5W, ensuring that the sensor remains energy-efficient, a feature that will appeal to industries focused on reducing energy consumption.
For use in harsh environments, the sensor is protected with an IP67 rating, making it suitable for extreme industrial conditions. The sensor’s interfaces, including RS422 and Ethernet, along with drag-chain-compatible extension and adapter cables, allow for flexible and reliable data transmission. This makes the sensor a reliable choice for system integrators and automation professionals looking for robust performance.
One of the key features of the sensor is its advanced surface compensation technology. Through innovative algorithms, the sensor adjusts its exposure time quickly, ensuring stable measurements even on surfaces with varying reflections. It is also highly resistant to ambient light, withstanding environments up to 50,000 lux.
The optoNCDT5500 fits into tight spaces and is ideal for applications in industries that require high-precision measurement under varying conditions.
