Frankstar RIV Series Acoustic Doppler Current Profiler ADCP for Water Flow Velocity Measurement
Frankstar RIV Series Acoustic Doppler Current Profiler ADCP for Water Flow Velocity Measurement,
acoustic doppler current profiler, ADCP, Current Profiler, Hydrological Survey, Oceanographic Equipment, RIV Series ADCP, Water Flow Meter,
Technical Specifications
| Item | FS-ADCP-001 | FS-ADCP-002 | FS-ADCP-003 |
| Acoustic (Broadband Technology) | |||
| Number of Horizontal Transducers | 2 | 2 | 2 |
| Horizontal Transducer Beam Angle | 1 . 1° | 1 . 1° | 2° |
| Number of Vertical Altitude Measurement Transducers | 1 | 1 | 1 |
| Vertical Transducer Beam Angle | 5° | 5° | 5° |
| Velocity Profile Range | 0.5~35 m | 1~120m | 1~350m |
| Velocity Accuracy | ±[0.5% of reading ±2mm/s] | ±[0.5% of reading ±2mm/s] | ±[0.5% of reading ±2mm/s] |
| Velocity Measurement Range | ±5m/s( Default ),±20m/s( Maximum ) | ||
|
Resolution |
1mm/s | 1mm/s | 1mm/s |
| Number of Velocity Measurement Cells | 1~256 | 1~256 | 1~256 |
|
Measurement Cell Size |
0.25~4m | 0.5~4m | 1~8m |
Product Advantages
High-Accuracy Horizontal Flow Velocity Measurement
The Horizontal Acoustic Doppler Current Profiler (HADCP) uses advanced acoustic Doppler technology to accurately measure horizontal water velocity profiles, providing reliable flow data for rivers, channels, and water resource monitoring.
Long-Range Flow Profiling Capability
With multiple acoustic beams and advanced signal processing algorithms, the system can measure flow velocity distribution over long distances, making it suitable for wide rivers and complex flow environments.
Real-Time Continuous Monitoring
The HADCP enables continuous observation of flow velocity changes, supporting real-time hydrological monitoring, flow analysis, and water resource management.
Non-Intrusive Acoustic Measurement
Using ultrasonic Doppler measurement principles, the system performs flow monitoring without the need for mechanical contact with moving water, reducing maintenance requirements and improving measurement reliability.
Excellent Performance in Complex Conditions
Advanced digital signal processing technology provides stable measurements under changing water levels, sediment conditions, and variable flow environments.
Easy Integration & Remote Data Transmission
Supports integration with RTU terminals, telemetry systems, and cloud platforms for automatic data collection, remote monitoring, and intelligent water management.
Product Uses
- Measure horizontal water velocity profiles in rivers, channels, and open water bodies.
- Monitor real-time flow velocity variations and flow patterns.
- Support continuous flow measurement for hydrological stations.
- Collect flow data for water resource assessment and hydraulic analysis.
- Provide monitoring information for flood forecasting and water management.
- Assist in sediment transport studies and river dynamics research.
- Enable unattended long-term flow monitoring through remote systems.
Product Applications
River Flow Monitoring
Used in natural rivers, streams, and watershed monitoring networks to measure flow velocity distribution and support hydrological analysis.
Open Channel & Canal Measurement
Applied in irrigation canals, water diversion channels, and drainage systems for continuous flow monitoring and water allocation management.
Flood Monitoring & Early Warning
Provides real-time flow information for flood risk assessment, flood forecasting, and emergency response systems.
Water Resources Management
Supports smart water management by providing accurate flow data for reservoir operation, water distribution, and resource planning.
Hydraulic Engineering Projects
Used in bridges, dams, hydropower facilities, and other hydraulic structures for flow assessment and engineering analysis.
Environmental & Scientific Research
Provides reliable flow data for river ecology studies, environmental flow assessment, sediment transport research, and academic investigations.
Urban Water Management
Applied in urban rivers, drainage channels, and stormwater systems to monitor flow conditions and improve water management efficiency.
The Frankstar RIV Series Acoustic Doppler Current Profiler (ADCP) utilizes advanced IOA broadband signal processing technology to collect highly accurate, reliable, and continuous water flow velocity profiles even in harsh aquatic environments.
Key Features & Specifications:
- Advanced IOA Broadband Technology for high-precision flow profiling and data accuracy.
- Multi-frequency support (1200 kHz / 600 kHz / 300 kHz) for versatile depth applications.
- Real-time measurements of flow velocity, discharge/flow, water level, and temperature.
- Seamless integration with external sensors including Gyro, GPS, and radio stations.
- Compatible with moving measurement platforms such as survey vessels and trimarans/triple-hulled vessels.
- Built-in robust and reliable internal framework for long-term deployment and easy maintenance.
Applications:
Ideal for hydrological monitoring, coastal engineering, river discharge measurement, flood warning systems, oceanographic research, and smart water management.
