Tutorial

ADCP Applications Summary

General Acoustic Doppler Current Profilers (ADCP) are hydro-acoustic instruments that are used to measure water velocities or currents over a specific range or water depth. ADCPs utilize the Doppler effect to measure water velocity in discrete layers – essentially sending a sound signal of a specific frequency into the water column and measuring the sound signal return. The change in return frequency is proportional to the water velocity. ADCPs can be deployed many ways, up-looking, down-looking and side-looking.

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DVL 101

Background Doppler Velocity Logs (DVLs) have been an industry standard for underwater navigation for a number of year now. Whether the vehicle is a Remotely Operated Vehicle (ROV), Autonomous Underwater Vehicle (AUV), Unmanned Underwater Vehicle (UUV) or manned vehicles such as submarines, DVLs are used to determine underwater position to navigate. Work-class ROVs have become a mainstay in the Oil and Gas market allowing for work such as opening and closing valves and conducting surveys to be done deep below the sea surface.

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ADCP Quickstart

Introduction An ADCP can be powered by external power or powered by an internal battery. The ADCP can record internally or record to a PC and the data can be viewed live. The ADCP data can be viewed with the software Pulse. Connections Underwater Connector Connect the underwater connect to the ADCP. Verify the orientation of the rubber connector onto the pins. Then rotate the locking sleeve on the connector to lock the underwater connector to the ADCP.

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Deploy Your ADCP

Introduction Use Prediction Model to create a configuration Load the configuration to ADCP Start pinging and recording in the ADCP Set the ADCP free Prediction Model Use the Prediction Model Software to create a configuration file. 1. Set the Deployment Duration, CEI and CWS. Deployment Duration is the number of days in your deployment. If you are configuring a realtime system, you can leave this at 1 day.

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