Category
KH.JDW Windproof Tipping Rain Sensor for High-Precision Coastal Island and Harsh Environment Rainfall Monitoring
Automatic Precipitation Sensor for Meteorological Hydrological Smart Agriculture Flood Warning and Urban Water Management Applications
Product Introduction (pdf)
Product Introduction
The KH.JDW Windproof Tipping Rain Sensor is a high-precision rainfall monitoring instrument designed for meteorological, hydrological, and environmental applications in coastal, island, and high-wind regions. Equipped with a windproof flange and labyrinth drainage system, it delivers accurate and reliable precipitation measurements even under extreme weather conditions.
Its 304 stainless steel construction provides excellent corrosion resistance, UV protection, and long-term durability. Compliant with SL61-2003 and GB/T201978.2-2014 standards, the KH.JDW ensures stable real-time rainfall data for smart agriculture irrigation, flood warning, urban water management, and environmental monitoring systems.
Key Features
- Windproof Design: Special flange and structural layout maintain stable measurements in high wind conditions, preventing airflow-induced errors
- High-Precision Tipping Bucket: Rainfall resolution of 0.2 mm / 0.5 mm with measurement error ≤±4% ensures accurate and repeatable precipitation data
- Durable 304 Stainless Steel Body: Corrosion-resistant, UV-proof, and capable of withstanding harsh coastal and extreme weather environments
- Labyrinth Drainage System: Prevents water accumulation and ensures consistent, reliable rainfall readings
- Reliable Switching Output: Dual dry reed switch provides precise rainfall pulse signals compatible with IoT, SCADA, or data logging systems
- Wide Operating Range: Operates reliably from −20℃ to +60℃ with up to 95% relative humidity
- Standards Compliance: Fully compliant with meteorological and hydrological monitoring requirements for professional applications
Application Scenarios
- Meteorological and Hydrological Stations: Continuous rainfall observation in harsh or remote locations
- Smart Agriculture: Irrigation management, crop water monitoring, and precision agricultural rainfall data collection
- Transportation Infrastructure: Rainfall monitoring for highways, railways, and transportation safety maintenance
- Coastal and Island Monitoring: Accurate precipitation measurement in high-wind and extreme weather zones
- Urban Environmental Monitoring: Flood warning systems, stormwater management, and urban drainage monitoring
- IoT-Enabled Environmental Networks: Compatible with telemetry platforms, SCADA systems, and smart city rainfall monitoring solutions
Technical Specifications
| Parameter | Specification |
|---|---|
| Water Receiving Diameter | Φ200 ±0.6 mm |
| Cutting Edge Angle | 40°–45° |
| Rainfall Intensity | ≤4 mm/min (operational up to 8 mm/min) |
| Resolution | 0.2 mm / 0.5 mm |
| Measurement Error | ≤±4% (indoor static test, rain intensity 2 mm/min) |
| Output Signal | On/off switch signal |
| Operating Temperature | −20℃ ~ +60℃ |
| Working Humidity | ≤95% RH (at 40℃) |
| Switch Capacity | DC ≤12 V, I ≤500 mA |
| Body Material | 304 Stainless Steel |
| Body Dimensions | Diameter 200 mm × Height 550 mm × Thickness 1 mm |
| Base Structure | Windproof flange |
| Drainage Method | Labyrinth drainage |
