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[Newest] [Manufacturers] [RFQ]
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TTH:
Multi-Purpose Instrument Bottom Mount
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TTH
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Multi-Purpose Instrument Bottom Mount
The
TTH is the
ultimate platform for seafloor studies. It can accommodate a large volume of
instruments and batteries.
It's the perfect platform for an upward looking ADCP with enough room for also
CTDs and/or multiple OBS for nephelometric studies.
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3Hull
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The ultimate boat
for your Doppler profiler
The 3Hull
is the ultimate boat for your Doppler profiler, bringing
unparalleled improvements in quantity, quality and reliability to a
wide range of research, monitoring, and engineering applications.
When profiling current on a moving boat the data quantity, quality and
reliability depend on stability of the instrument on the water and
transducer draft. The best data require the highest boat stability and
the lowest transducer draft.
We designed the 3Hull
boat to
meet these requirements. The 3Hull
boat has the highest stability and allows the lowest transducer draft that you can possibly get.
The working environment of a Doppler profiler on a
3Hull
boat is just as ideal as
possible.
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WetLABS Water Quality Monitor
(Temperature, Conductivity, Pressure, Dissolved
Oxygen, Chlorophyll α and Turbidity)
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| WQM
Accurate
data, unattended
WET Labs and Sea-Bird Electronics have
teamed to bring offshore research-grade measurement technology to
inshore and estuarine research and ocean observing applications.
The WQM's sensors have the accuracy and precision to track subtle
long-term changes in clean ocean environments. By combining multiple
active and passive anti-fouling features, the WQM assures this data
quality in coastal and inshore regimes. Extensively tested, field
trials have demonstrated the WQM's unprecedented long-term stability
in biologically rich coastal waters.
Built for extended deployment
Biofouling and sediment loads are the
dominant factors that degrade and limit the data quality from the
WQM's sensors, not their inherent stability. These factors can
overwhelm inadequately protected sensors and invalidate their
data—often in just a few days. The WQM employs active flow control,
passive flow prevention, light-blocking, active biocide injection and
passive inhibitors to effectively and safely combat internal and
external fouling. With fouling minimized, the superior inherent
stability of the WQM sensors translates directly to superior long-term
data quality.
Cost effective—now and later
The cost of monitoring is tied to the
instrument life cycle and real value is ultimately provided only
through quality data, day after day, month after month, year after
year. The WQM provides quality data while dramatically reducing the
need for field and factory service. The bottom line: the WQM delivers
unequalled long-term data quality and minimizes operational and
maintenance costs.
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WetLABS Cycle PO4 Sensor
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| Cycle PO4 Sensor
Designed for unattended long-term moored operations, the
Cycle-PO4 is the first of WET Labs' line of single analyte
chemical sensors.
The Cycle line combines precision micro-fluidics with state-of-the-art
optics to provide unparalleled precision and accuracy in operational
in-situ monitoring of nutrients.
The Cycle-PO4 features:
- On-board calibration assures quality data.
- Reagent cartridge technology and a straightforward software
interface allows setup in minutes.
- Nanomolar-range measurement resolution.
- Meter control can be autonomous or external.
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