P5060 Weather Station Hydrology and Water Resources

Product Introduction

A weather station is a device used to monitor and record meteorological elements. It can conduct long-term, continuous monitoring and data collection of atmospheric environmental factors such as temperature, humidity, air pressure, wind speed, wind direction, and rainfall in real-time. Its primary function is to provide timely and accurate meteorological data and decision-making support. It is widely used in fields such as meteorological observation, agriculture, water conservancy safety, structural safety, and geological disasters, enabling automated monitoring and intelligent management of environmental information.

Features

Capable of real-time monitoring of multiple meteorological elements, with stable operation ensuring accuracy and reliability of measurement results;

Optional configurations for simultaneous monitoring of various meteorological elements to meet different application scenarios;

Highly integrated design, dustproof and moisture-proof, compact and easy to install;

Modular design for various meteorological elements, allowing flexible customization as needed;

Energy-saving mode design internally, can be powered by solar panels, ensuring long-term use in areas without electricity;

Designed with a structure resistant to harsh environments, capable of continuous operation under severe weather conditions.

Technical Parameters

Ambient Temperature: Measurement range -40°C to +80°C; Resolution 0.01°C; Accuracy ±0.3°C (at 25°C)

Relative Humidity: Measurement range 0 to 100% RH; Resolution 0.01% RH; Accuracy ±3% RH (20%–80%)

Light Intensity: Measurement range 0–157,286 LUX; Resolution 1 Lux; Accuracy <±3%

Atmospheric Pressure: Measurement range 300–1100 hPa; Resolution 0.1 hPa; Accuracy ±0.25%

Dew Point Temperature: Measurement range 0 to +70°C; Resolution 0.1°C; Accuracy ±1°C

Soil Temperature: Measurement range -30 to +70°C; Resolution 0.01°C; Accuracy ±0.3°C (-10°C to 70°C)

Soil Moisture: Measurement range 0 to 100%; Resolution 0.1%; Accuracy ±3%

Soil Salinity: Measurement range 0–20,000 μS/cm; Resolution 1 μS/cm; Accuracy ±3% (0–10,000 μS/cm)/±5% (full range)

Soil pH: Measurement range 0–14; Resolution 0.01 pH; Accuracy ±0.1 pH

Wind Direction: Measurement range 0–360° (8 directions); Resolution 1/8; Accuracy <3° (>1.0 m/s)

Wind Speed: Measurement range 0–30 m/s; Resolution 0.1 m/s; Accuracy ±(0.2 + 0.03V) m/s (at 25°C, V represents wind speed)

Rainfall: Measurement range ≤4 mm/min; Resolution 0.2 mm; Accuracy ≤±2%

UV Radiation: Measurement range 0–500 W/m²; Resolution 0.01 W/m²; Accuracy ≤±3%

Sunshine Hours: Measurement range 0–6,500 h; Resolution 0.1 h; Accuracy <0.2 h

Photoelectric Total Radiation: Measurement range 0–2,000 W/m²; Resolution 1 W/m²; Accuracy <±3%

Photosynthetically Active Radiation: Measurement range 0–2,000 W/m²; Resolution 1 W/m²; Accuracy ≤±5%

PM2.5: Measurement range 0–1,000 μg/m³; Resolution 1 μg/m³; Accuracy ±10% (<500 μg)

PM10: Measurement range 0–1,000 μg/m³; Resolution 1 μg/m³; Accuracy ±10% (<500 μg)

Carbon Monoxide: Measurement range 0–1,000 ppm; Resolution 1 ppm; Accuracy ±2 ppm

Sulfur Dioxide: Measurement range 0–20 ppm; Resolution 0.1 ppm; Accuracy ±1 ppm

Nitrogen Dioxide: Measurement range 0–20 ppm; Resolution 0.1 ppm; Accuracy ±1 ppm

Ozone: Measurement range 0–20 ppm; Resolution 0.1 ppm; Accuracy ±1 ppm

Negative Oxygen Ions: Measurement range 0–100,000 ions/cm³; Resolution 1 ion/cm³; Accuracy: Reading ±10%; Ion Mobility ≤±20%

Oxygen Content: Measurement range 0–25% Vol; Resolution 0.1%; Accuracy ±3% FS

Application Scenarios

Smart Agriculture

Hydrology and Water Conservancy

Geological Environment

Structural Safety

Smart City