MOVELASER Wind Lidar Data format ASCII
1,Product introduction
Molas B300M external interface
Switch: switch button, press it to start the device, and the light indicator can display the status of the entire radar.
Network port: The network interface can be used for the connection of the radar network; the connecting network cable can be connected to the computer, and the radar parameter setting, status observation and data transmission can be performed through the radar client software.
Fuse: used to avoid serious damage to the radar due to unstable power supply or short circuit.
Power supply: The power interface is connected to the radar power supply to supply power to the radar machine.
Temperature, humidity and pressure: The temperature and humidity sensor interface is connected to the temperature, humidity and pressure sensor.
Short message: Beidou short message interface, used to transmit radar status data and ten-minute average wind speed data (requires special order).
Anemometer: Anemometer interface, low-altitude wind speed compensation (requires special order).
Compass: Attitude data interface, used to obtain the real-time attitude of the radar (special order is required).
Field bus: output data by serial port (special order required).
Ground: The device is grounded.
2,Product parameters
Powered by | 24V DC / 100~240V |
Power | 70W |
Size | 682mm x 520mm x 641mm |
Weight | <75kg |
Range of working temperature | -40℃ ~ 50℃(with over temperature protection) |
Operating humidity range | 0% to 100% |
Protection class | IP67 (complete machine) |
Eye safety | Class 1M (EN60825-1) |
Measuring distance | 30~300m |
Measurement layer | 12 |
Sampling rate | 1Hz |
Wind speed measurement accuracy | 0.1m/s |
Wind direction measurement accuracy | 1° |
Wind speed measurement range | 0~75m/s |
Wind direction measurement range | 0~360° |
Sweep cone angle | 28° |
Data output | Horizontal wind speed, vertical wind speed, wind direction Timestamp, GPS, temperature, humidity and pressure, statistics |
Data Format | ASCII |
Communication | Ethernet (100BASE-TX) 3G/4G WiFi, satellite communication (optional) |
3,Application scenarios
① Early detection of wind resources
② Offshore construction and operation and maintenance wind power monitoring
③ Prediction of wind power in offshore wind farms