
SenseCAP S2120 LoRaWAN 8-in-1 Weather Sensor Station (AS923)
Compact 8-in-1 meteorological station measuring Air Temp, Humidity, Wind Speed, Wind Direction, Rainfall, Light Intensity, UV Index, and Barometric Pressure with solar-assisted power.
We do not keep stock. After order confirmation and advance payment, we purchase directly from the international manufacturer. Total delivery takes 7 to 45 business days based on factory lead time, freight transit, customs clearance, and mandatory QA inspection at our Dhaka facility before final delivery.
Industrial hardware price depends on system configuration, quantity, and customs clearance. Contact our technical desk on WhatsApp for instant pricing.
The SenseCAP S2120 is an all-in-one wireless weather sensor that collects and transmits 8 essential meteorological parameters across Bangladesh's AS923 LoRaWAN spectrum: Air Temperature, Relative Humidity, Wind Speed, Wind Direction, Rain Accumulation, Solar Light Intensity, UV Index, and Barometric Air Pressure. Featuring an integrated solar panel and supplementary battery pack, the S2120 operates autonomously in remote locations without requiring AC power or Wi-Fi. It is an ideal solution for agricultural universities, disaster forecasting stations in the flood-prone Haor basin, tea garden microclimate monitoring, and smart city infrastructure in Dhaka and Chattogram.
- Measures 8 meteorological metrics in a single compact, aerodynamic outdoor unit
- Parameters: Temp, Humidity, Wind Speed, Wind Direction, Rainfall, Light, UV, Pressure
- Integrated solar panel with rechargeable battery ensures perpetual autonomous field power
- Compliant with BTRC AS923 LoRaWAN frequency for legal long-range wireless broadcast
- Ultrasonic and optical rain sensing mechanisms with zero mechanical wear and tear
- Easy mounting on 30-50mm vertical poles with included heavy-duty mounting clamp
- Bluetooth BLE configuration and real-time live data viewing in SenseCAP Mate app
- IP66 rated construction built to withstand coastal storms, monsoons, and extreme UV



