Overview

ADCP-600K
Key Features
- Wide Range
In broadband working mode, the ADCP-600K can measure velocity profiles up to 90 m. - High Accuracy
With long-term ADCP observation, the data is stable and reliable, and the measurement accuracy fully meets flow measurement requirements. - Low Power Consumption
Adopts low-power technology with an average power consumption of ≤ 3.2 W. - High Reliability
Designed with mature hardware, ensuring stable and reliable instrument performance. - Wi-Fi Transmission
Supports RS232, RS422, and Wi-Fi transmission interfaces. Enables wireless device connection and data transfer with an effective distance of up to 20 m. - Multiple Working Modes
Supports navigation mode, fixed-point current measurement, self-contained mode, and bottom tracking mode . - Customizable Software
Fully independently developed current measurement software, customizable according to user requirements.
Specifications
Applications
- Water Conservancy and Hydrology
- Marine Engineering
- Waterway Systems
- Environmental Protection Systems
- Marine Systems
- Scientific Research Institutes
- Underwater Navigation
Installation Methods
Introduction to ADCP-600K
The ADCP-600K Direct-Reading Acoustic Doppler Current Profiler (ADCP) is a high-precision, low-power, and easy-to-operate water current measurement system, specially designed for hydrology, marine engineering, and environmental monitoring. It has a measurement range of up to 90 meters and supports RS232, RS422, and Wi-Fi wireless data transmission, making it suitable for deployment on various platforms such as buoys, moorings, and Unmanned Surface Vehicles (USVs).
The ADCP-600K provides highly accurate water velocity profile data and is widely used for river flow monitoring, coastal current measurement, ocean observation, marine engineering, and environmental management.
Principle of ADCP 600kHz
The ADCP-600K operates based on the Doppler effect. It emits acoustic pulses into the water, which are scattered back by suspended particles. By analyzing the frequency shift of the returned echoes, the instrument calculates water velocity at different depths. Using multiple acoustic beams, the ADCP generates a complete water column velocity profile, enabling high-precision flow monitoring in rivers, canals, and coastal waters.