The new R2300 3-D LiDAR sensor is equipped with Pulse Ranging Technology (PRT), which provides reliable and extremely precise measurements with high accuracy and short response times.
PRT continuously measures a target’s distance by using the speed of light as a constant while sending out extremely short but very powerful pulses of light and calculating the duration between the time a pulse is sent and the time it is received. Mechanical separation between the emitting and receiving areas means exceptionally high pollution tolerance. With 1000 points per scan line and a scan rate of 50 kHz, the 3-D LiDAR sensor masters a wide range of industrial automation applications.
The R2300 series integrates four scan planes into one LiDAR sensor. Compared to single-layer devices, it produces a virtually 3-D scan, which delivers more information and more reliable measurement results. By using one sensor instead of several, acquisition, wiring, and integration costs are significantly reduced.
With a very high angular resolution of 0.1°, a high sampling rate, and a precise light spot, the photoelectric sensor precisely and reliably detects the smallest object structures and contours. In addition, the 100 ° horizontal measuring range can be reduced to any size so users only receive the measurement data relevant to their application.
An integrated pilot pilot laser can be switched on to allow users to simply align and commission the R2300 without additional tools. In addition, the new 3-D LiDAR sensor can be mounted individually, or multiple sensors can be mounted side by side, depending on the required field of view.
Solid-state electronics make the new R2300 3-D LiDAR sensor from Pepperl+Fuchs especially durable. Designed for longevity, the sensor can withstand impact and vibration. Due to its compact housing design, the multi-layer sensor is also ideal for applications in tight spaces such as those in automated guided vehicles (AGVs).
