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Introduces Ruskin and guides its effective use, detailing access methods and content.
Details the RBR software for managing data loggers and its core functionalities for data management.
Step-by-step instructions for installing Ruskin software on Windows computers.
Instructions for installing Ruskin software on Apple Macintosh computers.
Procedure for removing the Ruskin software from a computer.
Guidance on obtaining and installing the latest version of the Ruskin software.
Initial steps to experiment with simulated loggers and prepare for actual logger use.
Explains how logging stops automatically or can be manually stopped.
How to simulate different logger types for practice and configuration.
How to access and view static information about connected loggers.
Details on enabling and configuring averaging for sensor readings to improve statistics.
Explains how to store data only when conditions meet specific thresholds.
Specific configuration steps for TWR-2050 loggers that record tides and waves.
Explains the relationship and requirements between tidal and wave sampling periods.
Explains how data is acquired in real-time, with or without streaming.
Process for downloading logged data from the logger to a file on the computer.
Details the default naming convention for data files generated by Ruskin.
How to open and explore previously downloaded data files.
How to view data graphically, including static and live data displays.
Tools for manipulating the graphical display, such as zooming and panning.
Additional tools for customizing plot appearance and displaying data elements.
Specific display options for visualizing tide and wave data.
How to save a graphical plot as an image file for use in documents or reports.
Instructions for viewing and modifying logger calibration coefficients.
Method for performing multi-point calibration for various sensors.
Specific steps for calibrating the Oxyguard Dissolved Oxygen sensor.
Procedure for calibrating the AMT pH sensor using buffer solutions.
Steps for calibrating the Seapoint Turbidity sensor using standards.
Procedure for calibrating the HT Druck Pressure sensor using two-point method.
Instructions for uploading calibration coefficients for the Rinko Optode sensor.
Setting default locations for storing log files and other output.
Customizing the default appearance and behavior of graphical plot views.
How to derive a depth channel from pressure sensor measurements.
Creating salinity and speed of sound channels from conductivity data.
Deriving dissolved oxygen saturation as a percentage from sensor readings.
Specifying actual values to use for derived channels when sensors are unavailable.
Managing and editing meta tables for configuring serial interface cards.
Testing meta table configurations by retrieving sample data from sensors.
The interface area for viewing and editing meta table files.
Procedures for opening and closing logger units, including specific models.
Specific instructions and warnings related to opening and disassembling the TR-1060 logger.
Methods for establishing a link with loggers using internal data ports and serial/USB adapters.
Guidelines for connecting loggers via Impulse MSSJ and IE55 underwater connectors.
Information on RBR support kits for logger maintenance, including O-rings and grease.
Emphasizes the critical role of O-rings for logger sealing and data integrity.
Detailed instructions on how to inspect O-rings for damage before deployment.
Step-by-step guide for safely removing and installing new O-rings.
Guidance on using desiccant packs to prevent internal condensation in loggers.
Information on RBR's repair services and the process for returning instruments.
General recommendations for verifying and performing logger calibration.
Guidelines on determining when logger batteries should be replaced.
Factors influencing battery life and how the Ruskin software estimates usage.
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General