FourFaith IoT
It synchronously collects seven meteorological factors, supports icing prevention heating and extended air quality sensors; supports 4 upload modes, 8 primary & backup data centers, 10-year local data storage, manual rainfall correction, multi-channel local & remote parameter configuration and breakpoint-resume OTA upgrade.
Heating module, PM2.5/PM10/CO2/noise/total radiation sensors, touch screen, complete solar power pole kit are available for matching purchase.
F-IWS100 is an integrated ultrasonic seven-element weather station. Its all-in-one sensor synchronously measures temperature, humidity, atmospheric pressure, illuminance, rainfall, wind speed and wind direction. Matched with RTU acquisition host and solar power pole kit, it adopts mechanical-free ultrasonic wind measurement structure, built-in large-capacity local storage, supports multiple communication uploads and multi-channel remote operation & maintenance. Ultra-low power consumption enables long-term unattended meteorological monitoring in off-grid wild areas, eliminating wiring and regular calibration maintenance costs of split multiple sensors.
Mechanical-free ultrasonic wind measuring design without bearing or cup jamming, free of regular field calibration; optional heating module avoids probe icing for cold and high-altitude winter environments;
7 meteorological factors highly integrated, single sensor replaces multiple split devices, simplifying pole wiring and reducing overall procurement & construction costs;
Industrial wide temperature & high protection grade, stable operation from -40℃ to 85℃, resistant to sand, dust and high humidity, suitable for extreme field, construction, agriculture environments;
Standard RS485 Modbus-RTU digital output, directly connectable to data loggers and industrial terminals without protocol conversion;
Ultra-low power consumption compatible with solar power system, no power grid laying required for remote monitoring sites;
Full-channel remote operation & maintenance: Bluetooth APP, cloud platform and SMS support parameter modification & upgrade without on-site debugging;
Ultra-long local data cache, historical records will not be lost when offline, supports batch export and filing of meteorological data.
| Temperature | -40~85℃, ±0.1℃, 0.01℃ resolution | Humidity | 0~100%RH, ±1.5%RH, 0.01%RH resolution |
|---|---|---|---|
| Atmospheric Pressure | 300~1250hPa, ±50Pa, 10Pa resolution | Illuminance | 0~200000Lux, ±5% reading, 5Lux resolution |
| Rainfall | 0~300mm/h, ±10%, 0.01mm resolution | Wind Speed | 0~60m/s(extend75m/s), withstand80m/s gust, 0.1m/s |
| Wind Direction | 0~360°, ±3°, 0.1° resolution | Communication | RS485 Modbus-RTU, 4G/GPRS wireless |
| Power Mode | Solar panel + storage battery low power system | Sensor Size | Φ160×286mm, M6 bottom thread |
| Wiring Definition | Red:VCC, Black:GND, Yellow:485+, Blue:485- | Installation Requirement | Face north, open space, away from radar & vibration sources |
Unattended meteorological monitoring for smart agriculture greenhouses, forestry, construction dust monitoring, campus science education, urban roads, field scientific research, ecological environment and reservoir hydrology.
A It adopts mechanical-free ultrasonic wind measuring structure without jamming or bearing wear, no regular on-site calibration; optional heating module prevents probe icing in cold high-altitude areas.
A The whole station adopts ultra-low power design, matched with solar panel and storage battery kit, supporting year-round unattended operation in remote wild areas without power grid laying.
A Three remote maintenance methods: cloud platform issuing upgrade instructions, SMS upgrade commands, network breakpoint resume OTA update, no on-site visit required.
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