RBR duo3 C.T uv Manual page 5

The active antifouling system helps maintain high accuracy of measurements during extended deployments in the
photic zone. It uses an array of active UV LEDs to illuminate critical sensor surfaces and reduce biofouling on the
conductivity cell. The RBRduo
surface buoys, seafloor observatories, and cabled realtime monitoring systems, and are recommended for operation
depths less than 200m.
All RBR standard instruments support the following features :
• High accuracy
• Extended deployments
• Large memory
• Flexible schedules
• Twist activation
• USB-C download
• Realtime communication
• Wi-Fi
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The RBRduo C.T | uv and RBRconcerto
connect to external battery canisters or cabled power. Backup internal batteries ensure uninterrupted sampling
through sporadic power disruptions. Stream your realtime data through RS-232/485, or download a complete dataset
at the end of your deployment using USB-C. A dedicated holder makes it simple to replace desiccant before each
deployment. The calibration coefficients are stored on the instrument, and only one software tool, Ruskin, is required
to operate it. Datasets can be read directly in Matlab, or exported to Excel, OceanDataView®, or text files. The
instruments come with a Wi-Fi module and twist activation.
For a detailed description of using the Ruskin software, see
RBR#0015699revB
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C.T | uv and RBRconcerto
Four UV LEDs illuminating the CT cell
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C.T.D | uv instruments are equipped with connectorized end-caps designed to
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C.T.D | uv are perfect for moored applications, such as on
Ruskin User Guide: Standard Instruments³.
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