Surface Velocity Radar – SVR Sensor
Accurate Non-Contact Surface Water Velocity Monitoring for Rivers, Canals & Flood Applications
Key Features:
📡 Non-Contact Doppler Radar Measurement
Uses advanced Doppler radar technology to accurately measure surface water velocity without direct sensor contact, reducing fouling and maintenance requirements.
🌊 Wide Velocity Measurement Range
Supports a measurement range from 0.05 to 15 m/s, making it suitable for both low-flow streams and high-velocity flood conditions.
Key Features:
🎯 High Accuracy with Integrated Tilt Compensation
Provides ±2% accuracy with integrated tilt and vibration sensing for stable performance and reliable data quality in challenging field conditions.
🛡️ Rugged IP68 Outdoor Design
Built with weatherproof housing and durable construction for long-term outdoor installation in harsh environmental conditions.
Applications:
🌊 River & Stream Flow Monitoring
Ideal for continuous monitoring of rivers, streams, and open channels where accurate surface velocity data is required.
🌧️ Flood Warning Systems
Supports flood forecasting and emergency response by providing real-time flow velocity monitoring during high-flow events.
🚜 Irrigation Canal Monitoring
Used in irrigation channels and water distribution systems for efficient water management and flow analysis.
🏭 Wastewater & Stormwater Systems
Suitable for storm drains, wastewater channels, and industrial water systems where contact sensors may be affected by debris and sediment.
Why Choose This Solution?
Reliable Real-Time Measurements
Ensures continuous velocity monitoring for accurate hydrological analysis and operational decisions.
Easy Integration with Monitoring Systems
Supports RS-485 and MODBUS communication, enabling seamless connection with PLCs, SCADA systems, and data loggers.
Low Maintenance Operation
Non-contact installation above the water surface protects the sensor from mud, debris, and sediment buildup.
Designed for Harsh Environments
Engineered for long-term outdoor deployment with high durability and dependable performance.