Pepperl+Fuchs introduced the R2300 multilayer scanner at the recently held 2019 SPS Trade Fair, Nuremberg. This scanner has a sensor for 3-D object detection that has a great high measurement density. The device’s easy-to-integrate, compact housing uses the extremely accurate LiDAR laser measurement technology, which can be used to measure object dimensions has does an analysis of a total of four scan planes.
In the case of very demanding applications also, this sensor displays very high detection reliability and availability. A rotating mirror inside the sensor housing implements non-contact 3-D scanning. The R2300 has a height of 58 millimeters and can do optical angle and distance measurement in mobile and stationary applications.
The measuring range opening angle is 100 degrees, the measuring rate is 50 kHz, the measuring range is up to four meters on dark surfaces and up to 10 meters on bright surfaces, and the selectable scan rates are 12.5 Hz and 25 Hz up to 4,000 pixels per scan. If the first R2300 is joined with a second R2300 adjacent to it, the field of view is increased to 180 degrees. The highlight of the R2300 scanner is a very small and therefore high angular resolution of only 0.1 degrees. This is unparalleled in the current scenario.
The Pulse Ranging Technology (PRT) provides an assurance of tremendous independence from surface and object properties and considerable resistance to the interfering optical reflections, HF lamps, and extraneous light.
In the optical unit, the emitter and the receiver are mechanically separated. The sensor head has a separating element to prevent short circuits. Precise measurements and high detection reliability are coupled with lesser maintenance expenses. Customers can enjoy lesser downtime gains, longer cleaning intervals, and enhanced reliability and availability.
The R2300 has an integrated pilot laser to easily align the sensor with surfaces and specific targets during commissioning. The visible, red laser beam follows the same path as the actual infrared measuring laser, and hence, other tools are not required.
The data output is for angle, distance, and reflectivity with a timestamp. The Ethernet surface of the sensor transmits the data to various automation systems. In the upcoming future, the R2300 is expected to have a switching version with additional connection options for integration in a simple, economical mode through a flexible interface module.
The R2300 scanner finds applications in robotics, mobile equipment, and intralogistics. To attain a rugged design, durable plastic material is used for construction. The sensor head has fixed electronic components.
For more details, visit https://www.pepperl-fuchs.com/
