Highly Dinamic Laser Displacement Sensors
Micro-Epsilon presents the optoNCDT 5500 sensors, a cutting-edge class of laser triangulation sensors capable of measuring at impressive speeds of up to 75 kHz. Designed for precise measurements of fast-moving objects, this compact sensor delivers outstanding versatility and performance.
Take Advantage of Versatile Measuring Ranges
The new optoNCDT 5500 from Micro-Epsilon introduces a next-generation of laser displacement sensor that is both versatile and powerful. It combines the compact design of the ILD1900 with performance levels surpassing its predecessor, the ILD2300.
The series is available in four distinct measuring ranges: 10 mm, 25 mm, 100 mm, and 200 mm, with each model offering both standard and extended range options (approx. 150% of standard) to meet diverse application needs. The ILD5500 is specifically engineered for displacement measurements on diffuse reflective materials, excelling in challenging tasks—particularly on rapidly changing or poorly reflecting surfaces.
optoNCDT 5500: Precision Meets Energy-Efficiency
Advanced Surface Compensation with innovative algorithms enables the exposure time to be adjusted so quickly that stable measurement results are achieved even on challenging surfaces with changing reflections. In addition, the optoNCDT 5500 is extremely resistant to ambient light, performing flawlessly even in brightly lit environments with up to 50,000 lux.
With an adjustable measuring rate of up to 75 kHz and a maximum power consumption of just 5 W, the optoNCDT 5500 sets a new standard for energy efficiency.
Its exceptional precision is demonstrated by a linearity of 0.015% and a repeatability of less than 0.0015%, making it the ideal choice for demanding industrial applications.
Maximum Performance in the Smallest of Spaces
Designed for demanding applications, the optoNCDT 5500 features IP67 protection, making it suitable for use in extreme industrial environments. Flexible and reliable data transmission is ensured through RS422 and Ethernet interfaces, along with drag-chain-compatible extension and adapter cables.
With an integrated controller, the compact sensor eliminates the need for external control units, allowing for seamless integration even in tight installation spaces.
Typical applications include printed circuit board assembly, component position testing, rail wear testing in transportation systems, and thickness measurement in tire production.
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