Laser sensors for measuring time-of-flight technology

Banner Engineering's LTF series of L-Gage laser sensors is designed to measure time-of-flight technology and provide accurate distance measurements out to 12 m.
By Banner Engineering July 13, 2016

Banner Engineering's LTF series of L-Gage laser sensors is designed to measure time-of-flight technology and provide accurate distance measurements out to 12 m. Courtesy: Banner EngineeringBanner Engineering’s LTF series of L-Gage laser sensors is designed to measure time-of-flight technology and provide accurate distance measurements out to 12 m. By emitting a pulsed light, the LTF measures the amount of time for the light to reflect off the object and return to the sensor to calculate the distance. This enables sensing in long-range applications, including loop control, part presence or absence and fill level. Designed with a Class 2 laser emitter with small, highly visible spot, the LTF provides sensor alignment and high excess gain. The same sensor that provides repeatability of less than 3 mm and accuracy of plus or minus 10 mm can also reliably detect dark targets past 7 m and white targets at 12 m. In addition to precision distance measurement, the LTF delivers consistent detection of targets regardless of the angle, environmental conditions or ambient light resistance. The adjusted laser sensor can also sense objects with varying materials and shapes. The laser power increases output for dark targets or objects at steep angles, while reducing power for shiny targets.

Banner Engineering

www.bannerengineering.com 

– Edited by CFE Media. See more Control Engineering discrete sensor and vision products.