Overview
Specimen Track scanning lidar sensor operates on the principle of time of flight (TOF) measurement. At a very high synchronous clock, the laser is emitted at even time intervals. When the laser beam encounters an object, it is reflected back. After the scanning sensor receives the reflected beam, the time difference at between the transmitting and receiving is used to calculate the laser sensor to the object distance.
Technical Specifications
| Detection distance | 1.96 in to 196.85 in (0.05 m to 5 m) |
| Light source | Infrared laser (905nm) |
| Working distance at 10% reflectivity | 78.74 in (2 m) |
| Response time | Typical value 50ms |
| Basic error | 1.57 in (40 mm) |
| Statistical error | 1.18 in (30 mm) |
| Number of channels | 64 (inducing 3 detection areas in each channel) |
| Configuration port | 1 (Micro-USB) |
| Switch input | 6 (NPN) |
| Switch output | 4 (3 detection signals, 1 fault signal), single load capacity 100mA |
| Indicator light | 4 (3 detection lights, 1 status light) |
| Operating Voltage | DC 10 to 36 V |
| Current consumption | 60mA typical value (without output load) |
| Object reflectivity | 4% to 1000% |
| Ambient light intensity | Less than 15000 lx |
| Working environment | 14 °F to 122 °F (-10 °C to 50 °C) |
