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General introduction, benefits, and key features of the TRIAXYS™ buoy.
Details on the polycarbonate dome and stainless steel hull materials and design.
Information on batteries, power budget, and regulation.
Information on batteries, power budget, and regulation.
Description of the solar panel assembly and its components.
Overview of TAS module, power distribution, and data logging.
Overview of TAS module, power distribution, and data logging.
Details on available telemetry options like VHF, GSM, Iridium, Inmarsat, Orbcomm, ARGOS.
Setup for IR communication and magnetic on/off switch operation.
Setup for IR communication and magnetic on/off switch operation.
Introduction to the TRIAXYS™ Digital Receiver (TDR).
Setting up IR communication, main menu navigation, and comms setup.
Setting buoy ID, acquisition parameters, and WatchCircle options.
Configuring VHF, GSM, Iridium, Orbcomm primary telemetry.
Configuring VHF, GSM, Iridium, Orbcomm primary telemetry.
Configuring Inmarsat D+ and ARGOS secondary telemetry.
Real-time clock settings, data logging, and file upload procedures.
Compass calibration, sensor diagnostics, system tests, and wave processing.
Key requirements for achieving maximum performance with mooring systems.
Step-by-step guides for deploying and recovering the TRIAXYS™ buoy.
Overview of software, motion analysis, cyclic merging, and sampling.
Details on .RX, .WAVE, .STAT, .FOURIER, .NONDIRSPEC, .DIRSPEC, .HNE, .Meandir files.
Details on .RX, .WAVE, .STAT, .FOURIER, .NONDIRSPEC, .DIRSPEC, .HNE, .Meandir files.
Explanation of Processed (.WYY) and 4 Hz (.RYY) wave data logging.
Formats for Orbcomm, Inmarsat D+, Iridium, GSM, and ARGOS data transmission.
Description of the TDR unit, its faceplate, and specifications.
Details on the VHF receiver, modem setup, and status indicators.
Configuration for GSM telemetry base station using a modem or laptop.
Capabilities for receiving data via the internet using WaveView.
Procedures for using the purge port for gas sampling and removal.
Steps for removing and installing the buoy's polycarbonate dome.
Steps for removing and installing the buoy's polycarbonate dome.
Procedures for data retrieval and replacing the TAS module.
Procedures for data retrieval and replacing the TAS module.
Steps for removing and replacing the buoy's lead-acid batteries.
Steps for removing and replacing the buoy's lead-acid batteries.
Cleaning and maintaining the dome and flange gasket.
Care for the shipping cover and paint specification for the hull.
Procedure for completing a standard hull integrity vacuum test.
Inspecting batteries, brackets, and connectors inside the buoy.
Installing TAS module, solar panel assembly, and dome.
Verifying buoy operation, parameters, telemetry, clock, and diagnostics.
Benefits, operating principle, and construction of the TRIAXYS™ buoy.
Buoy durability, comparison to other sensors, deployment, maintenance, and troubleshooting.
Telemetry differences, WatchCircle feature, and data recovery methods.
General| Manufacturer | AXYS Technologies Inc. |
|---|---|
| Type | Wave Buoy |
| Power Supply | Solar panels with rechargeable battery |
| Communication | Iridium satellite, GSM |
| Measurement Parameters | Wave height, period, direction |
| Deployment | Mooring |
