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General| Category | Acoustic Doppler Current Profiler (ADCP) |
|---|---|
| Manufacturer | Teledyne RD Instruments |
| Number of Beams | 4 |
| Frequency | 300 kHz |
| Beam Angle | 20° |
| Data Output | RS-232, RS-422, Ethernet |
| Communication Interface | RS-232, RS-422 |
| Operating Temperature | -5°C to 45°C |
| Housing Material | Titanium |
| Depth Rating | Up to 6000 meters (varies by model) |
| Operating Depth | Up to 6000 meters (varies by model) |
Describes the H-ADCP transducer assembly, components, and frequencies.
Details minimum computer hardware requirements for H-ADCP operation.
Explains power requirements and AC adapter specifications for the H-ADCP.
Provides instructions for connecting the H-ADCP to a computer and establishing communication.
Guidelines for handling, assembly, and deployment to maintain system integrity.
Details on connecting and disconnecting the H-ADCP's I/O cable and using the dummy plug.
Illustrates H-ADCP cable locations, connectors, and pin-outs.
Guidance on mounting the H-ADCP to a structure for optimal performance.
Specifies the correct horizontal orientation for H-ADCP transducer and pressure sensor.
Steps to test the H-ADCP setup after installation using SurfaceView.
Simple instructions for collecting current profile data using the SurfaceView software.
Step-by-step guide for playing back recorded H-ADCP data using SurfaceView.
Options for recovering data from an H-ADCP recorder card using BBTalk or direct commands.
Visual overview of H-ADCP internal and external parts for identification.
Recommended schedule for H-ADCP inspections and factory service.
Detailed instructions on how to safely disassemble and reassemble the H-ADCP.
Guidance on inspecting and replacing O-rings to ensure watertight integrity.
Procedures for replacing desiccant bags, cleaning sensor ports, and preventing biofouling.
Outlines the initial steps to identify the type of failure occurring in the H-ADCP.
Addresses common communication issues like incorrect cabling or baud rate mismatches.
Guidance on diagnosing failures identified by the H-ADCP's built-in diagnostic tests.
Steps to diagnose issues related to beam continuity and echo amplitude readings.
Procedures for identifying and diagnosing sensor-related problems using PC2 and fault logs.
Describes the H-ADCP's internal operation, modes, and block diagrams.
Instructions for safely packing and shipping the H-ADCP for repair or upgrade.
Procedure for obtaining an RMA and shipping the H-ADCP to the factory.
Instructions for returning systems to the TRDI Europe facility.
Details the performance specifications for various H-ADCP models.
Provides drawing numbers for H-ADCP dimensions and weights.
Explains how the H-ADCP communicates and the format of commands.
Minimum commands required for H-ADCP deployment.
Lists all H-ADCP input commands, their format, and a brief description.
Detailed explanations for various H-ADCP commands, including purpose and format.
Guide to selecting appropriate output data formats like PD0, PD3-PD18.
Detailed description of the standard PD0 H-ADCP output data format.
Details on DVL output formats (PD3-PD6) and Sea-Bird modem formats (PD16, PD18).
Information to help write software for decoding H-ADCP ensemble data.
Defines the 10-year EFUP for H-ADCP products as per Chinese regulations.
Discloses toxic or hazardous substances contained in product components.
