The Anti-Foulant Device is an expendable device that is installed on each end of the conductivity cell, so that any water that enters the cell is treated. Anti-Foulant Devices are typically used with moored instruments (SBE 16, 16plus, 16plus-IM, 16plus V2, 16plus-IM...
For SBE 4 conductivity calibrations, Sea-Bird uses natural seawater that has been carefully collected, stored, UV irradiated, and filtered. Artificial seawater is not adequate if calibration errors are to be kept below 0.010 psu. Note: SBE 4 is the...
For Sea-Bird instruments that use alkaline D-cells, Sea-Bird uses Duracell MN 1300, LR20. While rare, we have seen a few problems with cheaper batteries over the years: they are more likely to leak, may vary in size (leading to loose batteries causing a bad power...
Adhesive Teflon tape (actually, UHMW tape — Ultra High Molecular Weight polyethylene) provides insulation to prevent damage due to contact of dissimilar metals. It is typically used by Sea-Bird on the inside of hose clamps used for mounting instruments, where U-bolts...
Plug the ends of the conductivity cell to prevent the cleaning solution from getting into the cell. Then soak the entire instrument in white vinegar for a few minutes. After scraping off the barnacles and marine growth, rinse the instrument well with fresh...
The housings of some of our instrument are made from anodized aluminum. In our experience it is very common to see color change when anodized housings are moored in seawater. We even see some discoloration during the brief time instruments undergo calibration and...
No, Sea-Bird does not perform low or narrow range calibrations on our CTDs. However, CTDs are used successfully in many freshwater environments.Conductivity calibrations performed at Sea-Bird are valid in the range of 0 – 9 S/m (or 0 – 7 S/m, as specified for some...
If the fluorescence yield does not reach its maximum value (i.e., plateau) by the end of the single turnover flash (STF), increase the STF duration. For example, if you are currently using an STF duration of 80-100 micro-seconds, try increasing it...
An ISUS should run at approximately 1Hz. Check the amount of storage space left on the internal memory; old data files should be downloaded or deleted from the disk on a regular basis. Additionally, the Messages.log files should be periodically removed. Download...
The stability of the SeaFETTM Ocean pH sensor is expected to be 0.005 pH units on the timescale of weeks to months (Martz et al. 2010). At minimum, the SeaFETTM should be calibrated yearly. The body of data collected by the community of...
Sea-Bird Scientific is excited to be attending ADMT-24 in Hobart, Tasmania from October 23 - 27. The Argo Data Management Team Meeting is a time for the data managers who contribute to international Argo to come together and discuss technical matters pertaining to the...
As of October 2nd, 2023, Sea-Bird Scientific is now officially part of Veralto. Veralto is a global leader in essential technology solutions powered by purpose: Safeguarding the World’s Most Vital Resources™. We are proud to be part of Veralto. In the word's of...
Sea-Bird Scientific is excited to exhibit at the upcoming AGU Fall Meeting taking place in San Francisco, California, from December 11 - 15, 2023. Please come see members of our team at booth #604 to get your questions answered. More details from the organizers: "This...