Radar Water Level & Velocity Station – Non-Contact Water Level and Surface Velocity Monitoring System,
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1. Product Advantages

• High-Precision Radar Monitoring: Non-contact radar measurement with strong anti-interference performance. Captures subtle water level changes in real time, delivering industry-leading accuracy.

• Intelligent Early Warning: Flexible threshold-based alerts and water level trend prediction to support scientific decision-making.

• Efficient Remote Management: Supports remote parameter configuration, reducing manual operation and maintenance costs.

• Excellent Adaptability to Extreme Environments: Exceptional environmental tolerance enables long-term, reliable unattended operation even in extreme weather and harsh conditions.

• Non-Contact Long-Term Reliability: Solves traditional contact sensor issues caused by siltation, icing, floating debris impact, and bio-fouling.

• Self-Sustaining & Independent: Integrated off-grid high-efficiency solar power system paired with 4G/5G full network telemetry and satellite positioning.

2. Manufacturing Process

• Radar Sensor Assembly: Precision mounting and tuning of high-accuracy radar level and radar flow rate sensing modules.

• HD Imaging & Vision Integration: Optics calibration and installation of the 2-megapixel high-definition camera module with night vision features.

• Terminal & Gateway Wiring: Enclosure assembly for the Intelligent Acquisition Terminal, integrating data aggregation units, 4G/5G/GSM communication circuits, and SD local storage components.

• Solar Power Station Integration: Structural integration of the 45W photovoltaic panel, charge controller, and field mounting brackets.

• Protective Enclosure Coating: Weatherproof IP68 seal assembly and 2kV surge/lightning protection installation.

3. Quality Control

• Radar Accuracy & Range Calibration: Precision testing of velocity measurements (0.06 – 20 m/s, accuracy ±0.01 m/s; ±1% FS) and water level ranges (0.1 m – 65 m, accuracy ±1 mm).

• Environmental & IP68 Waterproof Testing: Operational validation under extreme temperatures (-40°C ~ +85°C) and IP68 water ingress protection testing.

• Surge & Lightning Protection Check: High-voltage surge verification testing up to 2kV lightning protection levels.

• Full Network & Satellite Positioning Test: Signal testing for 4G/5G full network/GSM transmission, remote access commands, and satellite positioning accuracy (Horizontal ≤ 2.5 m, Height ≤ 5 m).

• 24/7 Uninterrupted Operation Test: Continuous burn-in testing of HD image acquisition, local SD card recording, night vision switching, and photovoltaic power stability.

4. Product Parameters

Technical Specifications

Environmental Adaptability

5. Product Models

6. Packaging & Transportation

• Sensors & Electronics Packaging: Customized high-density foam-lined shockproof crates for the radar level gauge, radar velocity sensor, HD camera, and acquisition terminal.

• Solar Panel & Structural Transit: Reinforced flat packaging for the 45W photovoltaic panel, mounting brackets, and stainless steel support mast.

• Field Logistics Support: Modular structure design allowing easy ground transport and rapid installation at remote riverbanks, channels, and field monitoring sites.

7. Product Purpose

• To perform all-weather, automatic, and high-precision non-contact monitoring of water levels and surface velocity in open channel and river environments.

• To transmit real-time hydrological and visual data to cloud platforms or monitoring centers to serve as a scientific basis for water resource management, flood control, and emergency dispatch.

8. Product Applications

• Rivers, lakes, streams, and natural reservoirs

• Irrigation channels, man-made canals, and water transfer pipelines

• Flood control centers and early warning disaster mitigation systems

• Water conservancy facilities and dam monitoring stations

• Remote field environments without mains power or wired network coverage

“Data is for reference only; actual conditions shall prevail.”

The Frankstar Radar Water Level & Velocity Station is an advanced non-contact monitoring system designed for real-time measurement of water level and surface flow velocity. Using radar sensing technology, the system can continuously monitor changing water conditions without direct contact with the water surface.

By integrating water level and surface velocity measurement into a single monitoring station, the system provides reliable hydrological data for river, canal, reservoir, and open channel monitoring. Its non-contact measurement principle reduces the impact of sediment, debris, floating objects, and harsh water conditions on the sensing equipment, making it suitable for long-term outdoor deployment.

The Radar Water Level & Velocity Station can support continuous data acquisition, remote monitoring, intelligent warning, and trend analysis. It is an effective solution for hydrological monitoring, flood early warning, water resource management, river flow monitoring, and water infrastructure management.

Key Features
Non-Contact Radar Measurement

Uses radar technology to measure water level and surface flow velocity without direct contact with the water.

Water Level & Surface Velocity Monitoring

Simultaneously provides key parameters for water level and surface flow velocity monitoring.

Real-Time Monitoring

Enables continuous acquisition of hydrological data for real-time monitoring and analysis.

Reliable Long-Term Deployment

Designed for outdoor and hydrological environments, supporting continuous monitoring under changing weather and water conditions.

Intelligent Data Management

Supports data acquisition, transmission, monitoring, and analysis for efficient hydrological management.

Suitable for Harsh Water Environments

Non-contact measurement minimizes the influence of sediment, debris, floating vegetation, and other factors that can affect submerged sensors.

Applications
River Water Level Monitoring
River Flow Velocity Monitoring
Open Channel Flow Monitoring
Flood Monitoring and Early Warning
Hydrological Monitoring
Water Resources Management
Canal and Irrigation Monitoring
Reservoir Monitoring
Urban Drainage Monitoring
Bridge and Water Infrastructure Monitoring
Real-Time Surface Water Monitoring