Reaction Station, 10 x 25 mL; Univ Power

Individually control temperature and stirring rate for each cell|Perform 10 independent experiments at once saving you time and money|View the results of your experiments in real time on the monitor|Easily transfer data to a PC via a USB port or SD card|Optional attachment available for refluxing and working under inert conditions|Use the Integrity 10 reaction station to run ten independent experiments at once. By setting the temperature and stir rate individually for each cell you can assess the impact of both at the same time, speeding up investigative chemistry by ten-fold.

Easily set up your test parameters using the user-friendly touchscreen menu. Intuitive icons reduce potential for costly errors while preprogrammed profiles for routine measurements save you time. Store results with information such as reaction composition, experiment owner, concentration, and the name of the profile with data stamp. View the progress of the reaction within each cell on the large monitor. It can also display at-a-glance results graphically. Extensive storage capacity lets you capture and review data. Download data to a PC via a USB port or SD card. For more in-depth analysis and evaluation, order software 36630-92.

Control the temperature for each cell through the block or by using a temperature probe in each cell''s solutionorder thermocouple probes and thermocouple plug-in box separately. Set ramps between 0.1C/min to 5C/min for fast cooling and heating. Use the crash function for even faster temperature changes, which is ideal for kinetic determinations. Each cell features an individually controlled magnetic stirrer (use 12 x 4.5 mm cylindrical or 10 x 6 mm oval stir bars only). Order reducing sleeves and test tubes to accommodate sample volumes down to 1 mL.

Use the optional reflux/inerting head 36630-97 when you need to run parallel reactions for a long time, as is commonly required in organic chemistry experiments. Use with inerting caps listed below to provide inert atmosphere to all ten cells. The integrated design eliminates the need to connect individual gas lines to each cell for a safer and effective solution.