Traveling ADCP (300KHz)

▲ Operating frequency: 300KHz;

▲ Built in compass and support external GNSS compass (single Beidou);

Maximum measurement distance of flow velocity profile: not less than 200m;

Flow velocity measurement range: ± 5m/s (default) ± 20m/s (maximum);

Flow velocity measurement accuracy: ± 0.5% of the measured flow velocity, ± 0.002m/s; Flow velocity resolution: not greater than 1mm/s;

Internal storage capacity: not less than 2G;

Temperature sensor: accuracy/resolution ± 0.2 ℃/0.01 ℃;

Heading sensor: accuracy/resolution ± 0.5 °/0.01 °;

Tilt sensor: accuracy/resolution ± 0.2 °/0.01 °;

Input voltage: 10-18VDC;

Operating temperature: -5 ℃ to 45 ℃; Storage temperature: -20 ℃ to 50 ℃;

Communication Protocol: Supports RS232, RS422, RS485, WIFI;

Communication mode: It can achieve wireless communication between the instrument host and the data processing terminal, with a communication distance of 200m. It can also achieve wired communication through the configured power signal line;

▲ Accessories: Trisolaran, a communication cable not less than 5 meters long, supporting operating software, post-processing software, Chinese user manual, dedicated installation tools, instrument transport box, USB to serial port cable, etc;

Operating software: including measurement software and post-processing software, supporting the output of flow test result record table and measured flow result table that meet hydrological specifications requirements; Data format: Supports outputting and processing data such as flow velocity, flow rate, water depth, and cross-sectional area obtained from ADCP measurements in ASCII file format;

▲ Wireless radio station needs to be configured to support data communication transmission function;

▲ Each set of equipment needs to be equipped with one terminal that is compatible with the airborne ADCP equipment and meets the requirements for operation and data analysis and processing; Support posture calibration function, which can be used to calibrate the compass and roll/pitch functions in the built-in posture sensor of the device;