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Results for “Aquadopp”

Instruments

Charger for Li-ion batteries
This charger is used to recharge the 75Wh Li-ion batteries.
Battery, 75Wh Li-ion rechargeable
This small, rechargeable battery can be used in the main canister of your instrument.
Eco
Shallow-water current profiles in a groundbreaking new package. Appropriate for first-time ADCP users, small budgets or educational use.
Set of Anti-fouling patches for Aquadopp Profiler Z-cell 1 MHz
This set is suitable for Aquadopp Profiler Z-cell 1 MHz
Set of Anti-fouling patches for Aquadopp
This set is suitable for Aquadopp 300 m, Aquadopp Profiler 1MHz, Aquadopp Profiler 2MHz and Eco
Battery pack, 10-pack, 12 V - 165 Wh, lithium
This battery can be used inside the main canister of your Nortek instrument.
Battery pack, 5-pack, 12 V - 165 Wh, lithium
This battery can be used inside the main canister of your Nortek instrument.
Battery pack, 10-pack, 13.5 V - 100 Wh, alkaline
This slim battery can be used inside the main canister of your Nortek instrument.
Battery pack, 5-pack, 13.5 V - 100 Wh, alkaline
This slim battery can be used inside the main canister of your Nortek instrument.
Battery pack, 10-pack, 13.5 V - 50 Wh, alkaline
This slim battery can be used inside the main canister of your Nortek instrument.
Battery pack, 5-pack, 13.5 V - 50 Wh, alkaline
This slim battery can be used inside the main canister of your Nortek instrument.
Battery, 13.5 V - 50 Wh, alkaline
This slim battery can be used inside the main canister of your Nortek instrument.
Battery, 12 V - 165 Wh, lithium
This battery can be used inside the main canister of your Nortek instrument.
Battery, 13.5 V - 100 Wh, alkaline
This slim battery can be used inside the main canister of your Nortek instrument.
Aquadopp Z-Cell 2.0 - 400 kHz
Up to 90 m current profiling range and no blanking; ideal for mean and boundary current measurements
Aquadopp Z-Cell 2.0 - 1 MHz
Up to 25 m current profiling range and no blanking; can measure near-surface or near-bottom currents
Aquadopp Profiler 2.0 - 400 kHz
Up to 90 m current profiling range; ideal for mean current measurements
Aquadopp Profiler - 600 kHz
Up to 40 m current profiling range; easy to operate and deploy
Aquadopp Profiler 2.0 - 2 MHz
Small and compact, short-range current profiling; option for PUV wave measurements
Aquadopp Profiler 2.0 - 1 MHz
Small and compact, with up to 25 m current profiling range; option for PUV wave measurements
Aquadopp 2.0 - 6000 m
High-performance full ocean depth, single-point current meter with titanium housing
Aquadopp 2.0 - 500 m
Highly versatile single-point current meter with the option to perform PUV wave measurements

Knowledge Center

Gathering current and wave data for coastal protection engineering in the Maldives
Find out how a marine consultancy relied on Nortek ADCPs for preliminary surveys of a lagoon in the Maldives ahead of the design and construction of a...
Wind, waves and gravel transport: Studying coastal erosion in the Dead Sea
Coastal erosion is reshaping our world, threatening homes, industries and culturally important places. By taking advantage of the unique conditions in...
Revealing the processes behind coastal erosion and sediment transport
Researchers in Israel take advantage of ADCPs and other advanced technologies deployed in the unique environment of the Dead Sea to better understand ...
Understanding ADCPs: a guide to measuring currents, waves & turbulence with acoustic sensors
The purpose of this guide is to give you some background information about Doppler technology and the science behind it. This will help you to get goi...
Observing flow patterns with the Eco ADCP to understand the formation of sandy coastal features
Researchers at TU Delft in cooperation with Utrecht University are using ADCPs to measure hydrodynamic conditions at an artificially reinforced sand d...
Preventing biofouling on ADCPs deployed in the field
Biofouling is a problem that may not come top of all marine scientists’ priorities when preparing underwater instruments for deployment. However, in s...
Providing critical metocean data for a major offshore gasfield installation
Nortek’s Aquadopp 600 kHz current profiler provided valuable information on sea conditions during the installation of a Malaysian offshore gas platfor...
Wave monitoring helps coastal risk management in Barbados
The Caribbean island of Barbados is well known for its tropical scenery, rich culture and crystal-blue ocean waters. To conserve these healthy ecosyst...
Using ADCPs for world-class wave and ice research in the Arctic
Major changes are occurring in the ocean. Climate change and subsequent melting sea ice are not necessarily good changes. Why are acoustic Doppler cur...
Uncovering marine biophysical interactions with current meters
Zooplankton, a diverse group of mostly microscopic animals, are famed for their daily mass migrations to the sea surface from deeper waters. By using ...
Current profiling at a marine biodiversity hotspot in the Indian Ocean
Researchers from the University of Plymouth are revealing some of the secrets of one of the most environmentally significant areas of the Indian Ocean...
Current and wave monitoring supports a natural solution for Dutch flood defense
Nortek has been working closely with the Dutch government and research institutions to monitor how waves and currents would affect the pioneering use ...
Webinar: Accurate surface-wave measurements from below – principles and guidance
Wave measurements from below the surface are not necessarily intuitive. There is no visual confirmation like there is when studying waves from above t...
Gathering data with ADCPs to manage coastal flooding the natural way
With the threat of coastal flooding growing, understanding how we can mitigate its impact is more important than ever. Part of the answer may lie in u...
Nortek helps researchers understand the ocean at a lower cost
Understanding the three-dimensional nature of the ocean is becoming a critical focal point of ocean research, but it can be a costly affair. Paired wi...
Long-range ADCP deployment supports offshore installations in Trinidad and Tobago
The often threatening current and wave conditions off the east coast of Trinidad – the North Brazil Current Rings – can be strong and can affect rig m...
Your guide to understanding and measuring ocean waves
This in-depth guide is designed for those who want to learn about waves in the ocean and how to measure them. After reading it, you should be able to ...
New to current measurement?
Currents, whether they be in small streams or the deep ocean, are dynamic and fascinating phenomena – ever changing, often unpredictable and sometimes...
How to combat biofouling and extend your ADCP deployment
People deploying ADCPs to monitor currents or waves are often faced with problematic biofouling, which is the unwanted growth of algae, barnacles and ...
At the forefront of hurricane research with University of Miami
Every year, as the Atlantic hurricane season unfolds, millions of people along the Eastern seaboard of the USA are keeping a careful watch on the weat...
Improving storm surge forecasts with Doppler instrumentation
When Hurricane Irma headed towards Miami in the autumn of 2017, the University of Miami’s Professor Brian Haus was just one of millions of people who ...
Boosting Chile’s aquaculture with accurate Doppler measurements
Doppler-based current and wave measurement has already helped make Chile’s ports safer and more efficient. Now the technology is being applied in the ...
Providing high-performing current profiling for oil and gas production in Brazil
A company in the oil and gas industry needed a longer current profiling range for their floating production facility in Brazil, and found a solution w...

News

Now available: future-proof ADCP technology from Nortek
Nortek is pleased to announce the launch of our upgraded Aquadopp and AWAC range of ADCPs. The latest versions of these instruments build on already e...
Nortek provides practical, technical training in ocean technology for academics across the world
For academics doing research with ocean technology instrumentation, not all skills can be developed in the lab. Geological Survey of Japan's Dr Mamoru...
Why patches are the best anti-biofouling solution for an ADCP
We all want our ADCP to gather data accurately and work for as long as possible, but biofouling can stop us achieving both of these objectives. When m...
Current measurement made simple and easy
Measurements of current profiles do not have to be complicated. Here’s why ADCPs in the Aquadopp Profiler series prove that current profiles can be ea...
Five new, innovative features for Nortek’s Signature series
With latest release of Nortek’s Signature firmware and software, we are introducing five new features that enhance the capabilities of those who use S...

Other

Now available: future-proof ADCP technology from Nortek
Nortek is pleased to announce the launch of our upgraded Aquadopp and AWAC range of ADCPs. The latest versions of these instruments build on already e...
Revealing the processes behind coastal erosion and sediment transport
Researchers in Israel take advantage of ADCPs and other advanced technologies deployed in the unique environment of the Dead Sea to better understand ...
Nortek provides practical, technical training in ocean technology for academics across the world
For academics doing research with ocean technology instrumentation, not all skills can be developed in the lab. Geological Survey of Japan's Dr Mamoru...
Why patches are the best anti-biofouling solution for an ADCP
We all want our ADCP to gather data accurately and work for as long as possible, but biofouling can stop us achieving both of these objectives. When m...
Current measurement made simple and easy
Measurements of current profiles do not have to be complicated. Here’s why ADCPs in the Aquadopp Profiler series prove that current profiles can be ea...
Five new, innovative features for Nortek’s Signature series
With latest release of Nortek’s Signature firmware and software, we are introducing five new features that enhance the capabilities of those who use S...
Webinar: Accurate surface-wave measurements from below – principles and guidance
Wave measurements from below the surface are not necessarily intuitive. There is no visual confirmation like there is when studying waves from above t...

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