Working acceleration range -0.5g ~ 0.5g Wind Lidar
1,Product introduction
MolasCL uses dToF (direct time-of-flight) ranging method to achieve laser ranging, that is, it emits ultra-short laser pulses. After the pulsed light is sent out, it encounters objects and generates backscattered light. (TDC, time conversion chip) The direct time interval between the emitted laser pulse and the received light pulse can be obtained. Since the speed of light in space is constant, the distance to the object can be calculated from this. Each time a light pulse is generated, a measurement result is obtained.
2,Technical Data Sheet
Ranging index | |
Ranging method | 1ToF |
Detection distance | 200m@90% reflectivity/ 140m@10% reflectivity |
Range resolution | ≤0.1m |
Measurement accuracy | ±0.2m |
Repeated measurement accuracy | ±0.2m |
Resistance to ambient light | 100Klux |
Optical index | |
Wavelength | 905nm |
Repeat frequency | 20KHz per channel |
Laser safety level | Class 1 |
Environmental adaptability | |
Range of working temperature | -40℃~+60℃ |
Survival temperature range | -45℃~+65℃ |
Working humidity range | 0%~100% RH |
Enclosure rating | IP65 (or according to specific needs) |
Working acceleration range | -0.5g ~ 0.5g |
Beam pointing | |
Luminous flux 1 | 0° |
Luminous flux 2 | 2.05°±0.2° |
Luminous flux 3 | 4.09°±0.2° |
Output measurement results | |
Real-time data products | Device ID, directly measure distance, return light intensity, Data valid flag, system status |
Fieldbus | Profibus DP / Modbus RTU / CANopen Three fieldbus protocols, and RS485 communication can be customized |
Qther | |
Operating power consumption | Within 60W |
Supply voltage and maximum current | DC 24V, 3A |
Size | 200×200×250mm |