PandaADCP-RIVER-600K (H-ADCP)

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The PandaADCP-DR-600K-RIVER series ADCPs are HADCP specifically designed for applications of real-time horizontal current profiling in rivers

The whole series comes standard with ABS material.
Smaller,lighter and more reliable.
 

14,800.00 14800.0 USD 14,800.00 VAT Included

14,800.00 VAT Included

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    Depth Rating: 100m
    Brand: PandaADCP
    Working Frequence: 600kHz
    Operating Mode: Direct-Reading
    Batteries: No Batteries
    Max Profiling Range: 90m
    Velocity Accuracy: ±0.3%±3mm/s
    Velocity Resolution: 1mm/s
    Velocity Range: ±5.0 m/s (Default); ±20.0 m/s (Maximum)
    Number of Depth Cells: 1-255
    Ping Rate: 2Hz(typical)
    Depth Cell Size(High Pricision Mode): 0.5-4m
    Depth Cell Size(Long Range Mode): 4m
    Echo Intensity Dynamic Range: 100dB
    Echo Intensity Precision: ±1.5dB
    Standard Profiling Modes: High resolution water profiling,Fast sampling
    Beam Angle: 20°
    Beam Width: 1.4°
    Beam Configuration: 3-beams
    Internal Memory: 64 GB Micro SD Card
    Communications: RS-232 or RS-422
    Sensor(Water Temperature ): Range: -5° - 45°C, Accuracy: ±0.1°C
    Sensor (Pressure): Range: acording to depth rate, Accuracy: ±0.25% Range
    Sensor (Compass ): Range: 0°-360°, Accuracy: 2° RMS, Resolution: 0.01°
    Sensor (Tilt): Range: Roll ±180° | Pitch ±90°, Accuracy: < 0.1° RMS, Resolution: 0.01°
    Operating Temperature: -5° to 45° C
    Storage Temperature (without batteries): -30° to 60° C
    Power Input: 20V~50V
    Power Comsumption: ≤10W
    Weight(in air/in water): 6.5 kg
    Weight (in water): 3 kg
    Dimensions: Φ300mm×120mm

    Terms and Conditions
    Shipping: 15-30 Business Days

    Overview

    The four-beam ADCP that is the smallest, lightest and most cost-effective at the same frequency.

       The PandaADCP-DR direct-reading Acoustic Doppler Current Profiler (ADCP) is a cable-powered, real-time system. It is integrated into capsules rated for depths ranging 200m and operates at frequencies of  600 kHz. 

    Product Highlights

    More reliable material:All series are standardly equipped with titanium alloy.

    • Substitute for similar products: The product is benchmarked against the industry's top ADCP products and can be directly substituted.
    • High precision: The precision is comparable to that of industry-leading products.
    • High reliability: The continuous working time is not less than 180 days.
    • Small size: The volume is much smaller than that of similar products with the same performance in the industry.
    • Small blind area: It can be applied to various suddenly changing underwater environments.
    • Strong compatibility: Compatible with the communication protocol of similar products.
    • Convenient operation: It can work when powered on/ can work automatically in set mode.
    • High cost performance: The product is inexpensive and easy to use. 
    • Water ProfileBottom Track and Water Track included

    Application Scenarios

    Coastal Applications

    1. Academic Coastal Oceanography Research

    Current and wave measurements are conducted in research areas such as nearshore circulation, tidal currents, meso/micro scale turbulence, waves, and wave-current interaction.

    2. Biological Oceanography Studies

    Wave and current measurements are utilized for collecting, displaying, and analyzing oceanographic/meteorological data to quantify the biological and ecological conditions of coasts and estuaries.

    3. Coastal and Ocean Engineering Projects

    Current and wave measurements are employed for collecting, displaying, and analyzing oceanographic/meteorological data to properly design coastal structures and public works projects, provide long-term monitoring, and assess the impact on the littoral environment.

    4. Environmental Management Initiatives

    Oceanographic and meteorological data collection, display, and analysis are important for properly managing coastal development, quantifying the environmental effects of development, and conducting environmental impact studies.

    5. Fisheries and Aquaculture Assessments

    Current and wave data are used for site assessment and short-term or long-term environmental monitoring in the fisheries and aquaculture sectors.

    6. Navigation Safety Enhancements

    Current and wave measurements for oceanographic/meteorological data collection, display, and analysis can enhance the safety of vessel navigation within or approaching a terrestrial port.


    Oceanographic Applications

    1. AUVs, Gliders, and Drones for Data Collection

    ADCPs installed on AUVs, gliders, and drones can collect current profile data over an extended range and duration for academic, commercial, and military applications.

    2. Deep and Mid-Water Moorings for Research

    Moored ADCPs are used for oceanographic research based on the measurement of seasonal, annual, and decadal variability of ocean currents.

    3. Integrated Ocean Observation Systems and Initiatives

    Real-time current and wave data support the integrated long-term monitoring, prediction, and modeling of ocean environments with time scales ranging from minutes to decades.

    4. Oceanographic Research Vessels for Measurements

    Vessel-mounted ADCPs are used for large-scale, detailed measurements of ocean currents and the motility of entrained biomass populations.


    Offshore Energy Applications

    1. Oil and Gas Exploration and Production

    Long-range current profiles and wave measurements play a crucial role in supporting deepwater oil and gas exploration, drilling, and production. Real-time current measurement is essential for making decisions during drilling, riser deployment and recovery, as well as ROV operations. Full water column current profiles help detect the VIM phenomenon and assist in modeling VIV.

    2. Renewable Energy Sources

    Current and wave measurements are required for site selection, design, performance monitoring, and environmental impact studies in the field of renewable energy.

    3. Seismic and Pipeline Operations

    Real-time current profiles are used for predicting and correcting the feathering angle of streamer cables, and for calculating accurate touchdown positions during pipe and cable laying operations and ROV operations.


    Full Specifications