24-hour visibility monitoring system - highway traffic meteorological station

Product Introduction:

JYB-NJD24-hour visibility monitoring system - highway traffic meteorological stationAutomatically monitor visibility, road surface water accumulation, ice thickness, snow thickness, slippery road surface, noise, road condition, wind direction, wind speed, atmospheric pressure, temperature, humidity, rainfall, and soil moisture in deep underground layers along the highway traffic route, and promptly transmit monitoring information to the monitoring center for reference by the traffic control system. In adverse weather conditions, timely warning messages can be issued to inform management personnel and drivers in various ways, in order to improve the safe driving level of highways. And it can be linked with cameras to capture videos of monitoring data exceeding the standard. It can provide a basis for the rational layout of traffic planning and traffic supervision, and can also assist relevant departments in making timely early warning and scheduling arrangements in advance for disastrous weather, such as typhoon, rainstorm, haze, snow, frost, so as to avoid traffic accidents caused by disastrous weather as far as possible.

Applicable fields:

It is used for expressways, national roads, second-class highway, urban streets, meteorology, airports, waterwaysRivers, river surfaces, sea surfaces, etcFields such as environmental monitoring, transportation, military, agriculture and forestry, hydrology, large-scale engineering, and scientific research and teaching.

24-hour visibility monitoring system - highway traffic meteorological stationTechnical parameters:

Air temperature range: -30~70 ℃ Accuracy: ± 0.2 ℃ Resolution: 0.01 ℃

Air humidity range 0-100% accuracy: ± 3% resolution: 0.1%

Range of illumination intensity: 0-200Klux Accuracy: ± 5% Resolution: 0.1Klux

Wind speed measurement range: 0-30m/s accuracy: ± 0.5% resolution: 0.1m/s

Wind direction measurement range: 16 azimuth (360 °) accuracy: 0.5% resolution: 0.1%:

Rainfall measurement range: 0.01mm~4mm/min Accuracy: ≤± 3% Resolution: 0.01mm

Road conditions: dry, damp, wet, damp and chemical reagents, wet and chemical reagents, frost, snow, ice

Visibility:10 ±10%，(10-10000m) 15%,10Km-20Km

Product functional features

L can remotely detect road surface water, snow, ice thickness, and slippery conditions

2. Remote sensing detection of road conditions from a distance

3. Non embedded installation is fast and easy to install

4. Low maintenance costs

5. Integrate into the existing highway automatic weather monitoring network

6 Non embedded design

7 Anti corrosion

Infrared detection at a distance of 15 meters

9. No need to close lanes, simple installation and maintenance

10 sturdy design, all-weather measurement

L1 provides real-time meteorological and road condition data to the traffic management department to ensure driving safety; At the same time, it also provides timely and objective observation data for traffic meteorological forecasting; Thereby improving the accuracy of forecasting.

L2 comprehensive and accurate traffic meteorological measurement parameters, road condition hazard index

The sensor and collector technology of the L3 highway traffic meteorological environment monitoring system, validated algorithms, and software technology ensure the accuracy of meteorological information. At the same time, according to the specifications, the measurement data will be standardized to provide users with intuitive criteria.

L4 is easy to install and set up, and all sensors are connected to the collector using quick plugs, which can operate normally when powered on. The internal design of the device is modular, and maintenance work can be completed without the need for special tools.

L5 enables better maintenance and modification of software development from lower level hardware to upper level. Can reduce the turnover of spare parts during maintenance and the cost of user procurement and management; Enable users to save more maintenance costs.

L6 is suitable for multiple power supply methods (AC, solar, wind turbines, etc.); Improved the environmental adaptability of the equipment.