Mettler Toledo 30252660 Karl Fischer Compact C20SX Coulometer Titrator without Diaphragm

Accuracy and precision is improved further if the titrant is not added with a burette, but produced directly in the solution with a current applied by a generator cell. This also makes a titrant concentration determination obsolete. The Compact coulometric Karl Fischer Titrators offer particularly fast and precise titration of samples with a low water content from 1 ppm to 5%. The titration vessel is made completely from glass which ensures a uniquely low drift and hence makes the most accurate and precise results possible

In the Service department of an engine producer, all oils, lubricants and fuels used in the engine are tested for water content. If the result exceeds 500 ppm (0.05%), the parts in contact with the liquid are checked for corrosion. The simple water content determination saves significant time and money, as only the risky parts need further investigation. The prevention of corrosion protects the engine from failure, which is crucial, for example, in aircraft.

The Routine Karl Fischer Coulometer combines fast and precise water content determination with very simple operation. Samples from any industry with water content between 1 ppm and 5% are analyzed in single measurements or as sample series with statistics

One Click® User Interface: The large color touchscreen features the simple-to-understand and fast-to-operate One Click user interface. All users have their own homescreen with dedicated shortcut buttons to directly start specific routine tasks.

Solvent Manager: Users are protected against contact with chemicals using the Solvent Manager liquid handling device. It is fully controlled by the titrator and allows reagents to be removed with minimal user interaction

Diaphragmless cell: The user has the choice of a current gen-erator cell with or without a diaphragm. For most samples the cell without a diaphragm offers more convenience, as no catholyte is needed. Due to the unique design, the diaphragmless cell even meets the demands of very precise low water content determinations.