|
Item |
Description |
| Collector Diameter | Φ200 + 0.6 mm |
| Outer Cutting Edge Angle | 45° |
| Measuring Range | 0–4 mm/min (Operates at 8 mm/min) |
| Resolution | 0.1 mm (3.14 ml) / 0.2 mm (6.28 ml) / 0.5 mm (15.7 ml) |
| Error | ≤ ±2% (Indoor static test, rainfall intensity: 2 mm/min) |
| Output Signal | Pulse Signal (Reed Switch ON/OFF) / RS485 (Optional) |
| Operating Temperature | 0–60℃ |
| Storage Temperature | −10℃–50℃ |
| Operating Humidity | <95% RH (40℃) |
| Mean Time Between Failures (MTBF) | ≥50,000 cycles |
| Material | All Stainless Steel |
The Tipping Bucket Rain Gauge adopts a precision mechanical tipping bucket structure to accurately measure rainfall amount and intensity, providing reliable precipitation data for hydrological and meteorological monitoring.
The device automatically records rainfall events and continuously collects precipitation data without manual operation, enabling efficient long-term monitoring.
Made with durable materials and precision components, the rain gauge maintains stable performance under various weather conditions, ensuring accurate measurements over long-term outdoor deployment.
The sensitive tipping mechanism can quickly detect rainfall variations, making it suitable for monitoring rainfall intensity, duration, and accumulation.
Designed for unattended operation with low energy consumption, simple maintenance, and convenient installation, reducing operational costs for remote monitoring stations.
Supports connection with RTU terminals, automatic weather stations, and remote telemetry platforms for real-time data transmission and centralized management.
Used in rivers, watersheds, reservoirs, and hydrological stations to collect precipitation data for runoff analysis, water resource assessment, and hydrological forecasting.
Provides real-time rainfall information for flood prediction, early warning systems, and emergency response management.
Integrated into automatic weather stations to monitor precipitation conditions and support meteorological observation networks.
Helps farmers and water managers understand rainfall distribution, optimize irrigation schedules, and improve water utilization efficiency.
Applied in ecological monitoring, watershed studies, and climate research to analyze rainfall trends and environmental changes.
Used for rainfall monitoring in urban areas to support drainage management, stormwater control, and urban flood prevention.