How are you planning on deploying your CTD? If your project requires a profiling CTD If your project requires a moored CTD If your project requires a CTD integration Physical considerations to take into account when choosing your CTD Desired deployment depth Adding non-CTD sensors Real-time data transfer Environmental factors Other considerations to take into account when choosing your CTD … Read More about How to select the right CTD for your application
How to select the right CTD [Webinar]
Short on time? Skip ahead to learn: the first thing you should think about when selecting a CTD (2:00) why not all CTDs are ideal for the same application (7:25) important physical considerations when selecting a CTD (16:25) extra considerations when selecting a CTD (18:43) more about RBR CTDs profiling (23:33) moored (26:43) OEM (float, glider, AUVs) (29:15) Questions and … Read More about How to select the right CTD [Webinar]
All about speed of sound in water – what it is, how it’s measured, and why we care
Speed of sound in waterWhat is speed of sound in water and why do we measure it? Sound-speed in water is a quantification of how fast sounds travel in water. The speed of sound in water depends on temperature, salinity, and pressure, and is therefore not uniform throughout different water environments. In the oceans, the speed of sound varies between 1450m/s … Read More about All about speed of sound in water – what it is, how it’s measured, and why we care
A proven standard in CTD sensor technology: RBR’s inductive conductivity cell
There are many tools to measure the physical properties of the ocean, yet few are as universal as the CTD. RBR’s inductive conductivity cell has taken its place at the forefront of high-accuracy CTD sensor technology as a proven standard that is robust, reliable, and uses a fraction of the power required for pumped CTDs. Conductivity, temperature, and pressure (depth) … Read More about A proven standard in CTD sensor technology: RBR’s inductive conductivity cell