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1 Introduction 

Congratulations with your purchase of Datawell oceanographic equipment. You are building on 
over 40 years of oceanographic expertise. Over 4000 Datawell wave measurement buoys have 
been sold, providing high quality wave data of all oceans over the world. The oil industry, 
coastal engineers, governments, navies, harbour authorities, universities and scientific institutes 
all rely on our wave measuring equipment. Datawell buoys feature one of the highest up time 
scores, better than 99%. Our buoys are designed to withstand the extreme marine and 
meteorological conditions at sea, such as 40 m waves, 12 Bft winds, solar heating up to 50 ºC, 
etc. Even under these conditions typical operational life is 10-15 years and 20 years are no 
exception. 
The purpose of this Installation Guide is to help you set up the equipment as easy as possible, 
without going into all the details. By following the steps below you will be guided to set-up the 
equipment working on land first and later at your desired location at sea. At a later point in time 
you may want to refer to the Reference Manual of the Datawell products for details on 
maintenance, service, further options, etc. 

2 Items required for wave measurement 

In the purchasing phase Datawell Sales has collected all information necessary to provide you 
with the most suitable choice of instruments and options, including a tailor-made mooring (on 
request, based on your specified local conditions). 
This document assumes you have a complete set of wave measuring equipment, consisting of 
the following items: 

 

 

Mooring, ready-made and fit to your local conditions, consisting of polypropylene rope, 
possible sinker weights, rubber cord(s), floats and terminals packed in a blue container 
and carton 

 

All shackles needed, with bolts, nuts and split pins, some spare split pins 

 

DWR-MkIII, DWR-G or WR-SG buoy including hatchcover, packed in a transport 
frame 

 

Argos or Orbcomm antennae are packed inside the buoy. 

 

Stabilizing chain including anodes and pre-mounted at the bottom end of the buoy hull 
(not for DWR-G4) 

 

separate HF/CAT4/LED flasher antenna including rubber sealing ring and 6 `hexagon 
socket screws 

 

Receiving ground-plane antenna or portable antenna  

 

Antenna coaxial cable 

 

RX-C4 or RX-D (already tuned to your buoy frequency)  

 

This Installation Guide and Reference Manuals of the buoy and receiver 

 
Datawell usually does not supply the following items, which you have to provide for yourself: 
 

 

Mooring weight; recommended is a scrap steel chain of 500 Kg for 0.9 m buoys and 
approximately 300 Kg for 0.7 m buoys 

 

Subsurface float if needed, at depth as communicated to Datawell Sales 

 

Receiving antenna mast 

 

PC or laptop 

 

Power cable for receiver 

Summary of Contents for Waverider DWR-MkIII

Page 1: ...atawell Waverider Installation Guide DWR MkIII DWR G WR SG RX D RX C Waves4 February 2019 Service Sales Voltastraat 3 1704 RP Heerhugowaard The Netherlands 31 72 534 5298 31 72 572 6406 www datawell n...

Page 2: ...case a transmitter is used within territorial waters a radio permit from the local authorities is obligatory The transmitting frequency band 28 0 29 7 is reserved for amateur radio operators and needs...

Page 3: ...6 3 1 Dangers 6 3 2 Warnings 6 4 Starting the buoy 7 4 1 Buoy tester application 7 5 Receiving antenna installation 7 6 RX C4 and RX D buoy receiver 7 7 Software 8 7 1 Waves4 8 7 1 1 Basic 8 7 1 2 Ex...

Page 4: ...4...

Page 5: ...ll Sales has collected all information necessary to provide you with the most suitable choice of instruments and options including a tailor made mooring on request based on your specified local condit...

Page 6: ...source sparks until you have removed the hatchcover and allowed for 10 minutes of natural ventilation Do not use empty batteries as ballast in the buoy Dispose the empty batteries immediately after u...

Page 7: ...or the buoy output on your PC Datawell has also developed the Buoy Tester application only for DWR MKIII to check whether all sensors on your buoy are working properly 4 1 Buoy tester application In o...

Page 8: ...yment scenarios 7 1 1 A setup with one buoy and an HF receiver 7 1 2 A site with several buoys using multiple HF receivers and satellite options 7 1 1 Basic This section describes the setup for the ba...

Page 9: ...ction Acquisition systems Computer A1 The computer receives the data of Buoy 1 On this computer the following parts of the Waves4 suite are installed buoyd using the A1 as ID of the buoyd instance Com...

Page 10: ...wing parts of the Waves4 suite are installed Waves4 In this example the HF receivers are received with two systems It is also possible to receive them on a single computer system with one buoyd servic...

Page 11: ...uoy If this is your first buoy deployment lay out the mooring on land at ease as an exercise study it and pack it into the blue containers again 9 Buoy Deployment Now that you have set up and checked...

Page 12: ...til the ship has gained enough distance to steer clear of the buoy and mooring line Should anything go wrong do not recover the buoy by pulling on the rubber cords This is dangerous If you can reach t...

Page 13: ...ely locked with nut and split pin Free all securing lines to the mooring and the Waverider buoy lift the buoy and lower back onto the water During the above operation a member of the recovery team equ...

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