Blogs

Rowe Technologies Long Range Mode

Rowe Technologies Inc. Long Range Mode Some may have noticed Teledyne RD Instruments new optional feature XRT (Extended Range Tracking) in there DVL. Well I have great news for all current and future Rowe Technologies ADCP and DVL owners, this feature has been included with all our ADCPs and DVLs from the beginning and it has always been FREE. We have called this mode, Long Range (LR) mode. Narrowband (Long Range Mode) Their new XRT feature uses Narrowband processing.

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Kearfott High Grade INS Integration

Integration Integeration with Kearfott’s High Grade INS has completed with success. The overall distance travelled accuracy was below 0.1% using our Rowe Tech Dual Frequency 600khz/1200khz ADCP/DVL and Kearfott’s High Grade INS. More details on how to configure the ADCP for the Kearfott system can be here: http://rowetechinc.co/wiki/index.php?title=Kearfott_INS_Setup Testing Testing was done in Mission Bay in very shallow water, about 2m-3m deep. This would ensure there would be drop outs from our ADCP when the depths got to shallow.

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Rowe Technologies Inc. Sponsors San Diego City College Robosub Team

2018 Rowe Technologies Inc, being a smaller company decided to sponsor a smaller school. I had been apart of the Robosub program when I went to San Diego City College. This is a community college, the budget is smaller. Also the students are not as far along in acdemic knowledge, so its a new learning experience. But the expectation is these students will not be at this college long term, so new students join the program more often.

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ADCP3 Announcement

ADCP3 Announcement Rowe Technologies, Inc is in the final stages of a complete low frequency ADCP and Doppler Velocity Log (DVL) re-engineering to include the electronics and transducers. The new ADCPs and DVLs will go on sale in late summer 2018. The first finished products will be industry leading in many parameters To Include: Acoustic frequencies starting from 38, 75, 150, 300 and 600 kHz Dual frequency capability from the same transducer Narrowband and multiple Broadband modes and bandwidths High- Resolution Current Profiles in the upper and coastal ocean Long- Range Current Profiles in deep ocean ± .

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600khz ADCP used by Énergie de la Lune in Bordeaux, France

600khz ADCP used by Énergie de la Lune in Bordeaux, France The Rowe Technologies 1200 KHz Acoustic Doppler Current Profiler (ADCP) is a sophisticated device that provides precise profiling and bottom track information at shorter ranges. Unfortunately, the extreme opacity of the water in the Garonne River in Bordeaux perpetuated by high turbidity and high backscatter due to suspended sediment, requires a lower frequency device even in a shallow water column.

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Oceanology London 2018

Oceanology London March 13-15, 2018 In its 49th year of operation, Oceanology International was held in eastern London and is considered the world’s leading ocean technology and marine science exhibition and conference. Oceanology International attracts representatives from a variety of industries, including the marine science industry, academia, government, oil & gas, marine renewables and maritime defense, enabling buyers and suppliers to do business in one location. Rowe Technologies received a consistent flow of diverse company representatives and Rowe agents seeking profiling and navigation solutions.

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Xylem Hypack Supports Rowe Technologies Inc. ADCP and DVL

In the latest 2018 Release of xylem Hypack, Hypack software offically supports the Rowe Technologies Inc. ADCP and DVL. Adding in the latest adcp.dll will now include and entry for the Rowe Technologies Inc. ADCP. More information can be found here HYPACK® DRIVERS ADCP.dll: Support for DVL. Supports Rowe and Nortek devices NEW! Autopilot.dll: Adds Quality Control messages from an Autonomous Vehicle. Includes a selection of alarms to alert you to possible data acquisition problems, and when the vehicle strays outside a user-defined area.

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Kearfott INS Integration

Integration Today we work with Kearfott to integrate our DVL with a Kearfott INS. They came to our location and we worked out all the commands they expect to send to the DVL to configure the ADCP. With the command ENGWHN 1 our DVL will output a carrot > and will accept the same commands as a Navigator. This allowed the integration to go quickly and smoothly. We then ran into one problem.

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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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