QY-27 Integrated Remote Wireless Automatic Rainfall Station

Product Overview

The integrated remote wireless automatic rainfall station is an instrument capable of real-time rainfall monitoring, typically composed of a tipping bucket rain sensor, data acquisition unit, solar power system, and other components. It supports wireless data transmission, enabling real-time uploading of collected rainfall data to the IoT cloud platform. This addresses issues associated with traditional rainfall monitoring equipment, such as high power consumption, demanding site conditions, complex installation, and high costs.

Technical Parameters

Measurement Parameters

Rainfall

◇ Measurement Range: Rainfall intensity 0–4 mm/min

◇ Measurement Accuracy: ±2%

◇ Resolution: 0.2 mm   0.1 mm    0.5 mm

◇ Rainfall Sensor (Optional): Metal, all-metal, double tipping bucket, ABS

Other Parameters

◇ Power Supply: Solar + lithium battery combined power supply                 

◇ Lithium Battery: 2600 mAh

◇ Storage Capacity: Cloud storage

◇ Standby Power Consumption: 17 μA

◇ Upload Interval: Adjustable from 1 minute to 24 hours         

◇ Data Transmission: 4G CAT-1 wireless transmission

◇ Data Viewing: Remote WEB page access

Product Features

◆ Automated Monitoring: The integrated remote wireless automatic rainfall station automatically measures and records rainfall information without manual intervention, enabling fully automated, unattended operation.

◆ Data Accuracy: It offers high measurement precision to ensure the collected rainfall data is accurate and reliable.

◆ Anti-Interference Capability: The station has strong anti-interference capabilities, allowing stable operation in various outdoor environments.

◆ Network Communication: It transmits monitoring data to the IoT cloud platform via 4G network for remote monitoring and operation.

◆ Easy Installation: No wiring required. Sensors can be optionally configured with different parameters as needed and can be relocated anytime, anywhere.

Application Areas

It can be used in geological disaster monitoring, rural early warning systems, rivers, reservoirs, urban streets, and other fields for remote measurement of precipitation, rainfall intensity, and start/end times of rainfall. It is suitable for hydrological automatic monitoring and reporting systems, automatic field monitoring stations, and other applications aimed at flood control, water supply scheduling, and reservoir management.