Automatic road weather station ISSO-RAWS-001
Automatic road weather station ISSO-RAWS-001 is designed to measure meteorological parameters: temperature, humidity, wind speed and direction, surface temperature, visibility and air quality. An automatic weather station is used on motorways. The weather station uses integrated data acquisition and control technologies, computer software, communication technologies and for the integration of various meteorological sensors.
Meteorological sensors used in an automatic road weather station include a visibility sensor, a precipitation sensor, a wind speed and direction sensor, a temperature, humidity and pressure sensor, an integrated micrometeorological station, a pavement sensor with laser remote sensing, etc.
Main characteristics of the ISSO-RAWS-001 automatic road weather station
| Parameter | Value | ||
| Measuring range of air temperature, °C | -40 to +60 | ||
| Accuracy of air temperature measurements, °C | ±0.3 | ||
| Air humidity measurement range, % | 0 to 100 | ||
| Air humidity measurement accuracy, % | ±3 | ||
| Atmospheric pressure measurement range, hPa | 300 to 1100 | ||
| Atmospheric pressure measurement accuracy, hPa | ±0.5 | ||
| Wind speed measurement range, m/s | 0 to 60 | ||
| Wind speed measurement accuracy, % | (0–30 m/s) ±3; (30–60 m/s) ±5 | ||
| Wind direction measurement range, ° | 0 to 360 | ||
| Wind direction measurement accuracy, ° | ±2 | ||
| Precipitation intensity measurement range, mm/h | 0 to 200 | ||
| Precipitation intensity measurement accuracy, % | ±10 | ||
| Supply voltage, V | 220 | ||
| Output signal | RS232, Rs485 | ||
| Height, m | 3 | ||
The ISSO-RAWS-001 automatic road weather station is used in the following systems:
Design of automated geotechnical monitoring systems
Design of intelligent transportation systems
Design of Structural Health Monitoring Systems (SHMS)
Construction, installation and commissioning works
Maintenance and operation
In which projects was it used
Automated Traffic Control System, Toll Collection System, Weigh-in-motion control system, Engineering Systems Monitoring, Structural Health Monitoring System of the bridge crossing over the Vistula Bay
Design of system-wide solutions for an intelligent transport system and Engineering Systems Monitoring as well as structures of a bridge crossing across the Vistula Bay with approaches
Automated Traffic Control System, Toll Collection System, Structural Health Monitoring System of the bridge over the Lena River, Yakutsk
Design of a bridge crossing over the Lena River near the city of Yakutsk
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