ISSO-WS-01 compact weather station
The ISSO–WS–01 compact weather station is a professional meteorological station designed for simultaneous measurement of several parameters: air temperature and humidity, wind speed and direction, air pressure and precipitation. Measurements of temperature, humidity and air pressure are made by a standard industrial MEMS sensor located in a radiation shield. It is characterized by high accuracy and short response time. The measurement of wind speed and direction is based on the principle of the difference in ultrasound time. Digital data output is available in all models.
Data telegrams in the MODBUS RUT format are supported. Precipitation is monitored by a 24G radar, which allows you to quickly determine precipitation and its intensity.
Main characteristics of the ISSO-WS-01 compact weather station
| Parameter | Meaning | ||
| Measuring range of air temperature, °C | from -40 to +80 | ||
| Accuracy of air temperature measurements, °C | ±0,2 | ||
| Range of air humidity measurements, % | from 0 to 100 | ||
| Accuracy of air humidity measurements, % C | ±2 | ||
| Measurement range of atmospheric pressure, gPa | from 150 to 1100 | ||
| Accuracy of atmospheric pressure measurements, gPa | ±1 | ||
| Measuring range of wind speed, m/s | from 0 to 60 | ||
| Accuracy of wind speed measurements, % | (0–30 m/s) ±3; (30–60 m/s) ±5 | ||
| Measuring range of wind direction, ° | from 0 to 360 | ||
| Accuracy of wind direction measurements, ° | ±2 | ||
| Measuring range of precipitation intensity, mm/h | from 0 to 100 | ||
| The accuracy of precipitation intensity measurements, % | ±10 | ||
| Supply voltage, V | from 7 to 30 | ||
| The output signal | Rs232, RS485, SDI-12 | ||
| Height, m | Ø144 * 248 | ||
The ISSO-WS-01 compact weather station is applicable in systems
Design of transportation safety systems
Design of automated geotechnical monitoring systems
Scientific and technical support for the system design
Design of intelligent transportation systems
Design of Structural Health Monitoring Systems (SHMS)
In which projects was it used
Geotechnical monitoring systems of Thermal Power Plant-3 of Norilsk Nickel Mining and Metallurgical Company, Public Joint-Stock Company, Norilsk
Fulfilling a package of works on geotechnical monitoring of tank farms at Thermal Power Plant-3 of Norilsk Nickel Mining and Metallurgical Company, Public Joint-Stock Company in Norilsk
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
Modernization of the Structural Health Monitoring System of the bridge across the Golden Horn Bay, Vladivostok
Inspection and modernization of a previously installed system for continuous monitoring of the condition of the bridge across the Golden Horn Bay in Vladivostok
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