The scheme shows an ASTACUS Life Science TI with integrated TOC-monitoring.
|ultra pure water quality||0.055 µS/cm; Type I|
|total organic carbon (TOC)||< 10 ppb reagent, < 5 ppb Life Science, < 3 ppb Analytical|
|flow rate||2 L/min, 1.5 L/min*|
|bacteria||< 1 cfu/mL|
|particulate||> 0.2 µm less than 1 particulate/mL|
|pyrogen (endotoxins)||< 0.001 EU/mL*|
|RNAse||< 1 pg/mL*|
|DNAse||< 5 pg/mL*|
|dimensions, weight, power||297 x 340 x 535 mm, 16-20 kg, 110 - 230 V|
|*with Life Science model|
|Feed Water Requirements|
|type of feed water||reverse osmosis (RO) water or deionized (DI) water|
|feed water conductivity||< 10 µS/cm|
|inlet pressure||0 to 1.5 bar|
|total organic content (TOC)||< 50 ppb|
|temperature||5 to 25 °C|
The "Astacus²" is a laboratory water system that provides its user with ultrapure water for a wide variety of analytical and laboratory applications.
The Astacus produces ultrapure water from pretreated water (reverse osmosis / deionized water) for laboratory applications that require water of the highest quality.
The compact design of the Astacus² takes up little valuable laboratory space and its simple and intuitive operation makes it easy to integrate into everyday laboratory work.
Customers have the option of selecting a system with or UV lamp, depending on the area of application. If work is carried out in the life science sector, we also offer a configuration with ultrafiltration module. This eliminates the need for frequent changes of biological final filters and reduces investment costs.
Due to the simple and clear design of the software, the user can quickly operate the device through intuitive handling. The software informs the user when limit values have been exceeded or when consumables such as cartridges or UV lamps need to be replaced. A wizard guides the user through the individual steps.
You can connect the system directly to a pipe with pre-treated water, but you can also easily feed the system from a tank, which you then have to fill with pre-treated water.
The installation location can be designed very flexibly. Depending on the available work surface, the system can be integrated directly on the equipment, on the wall or under the lab bench. The display, which can be installed flexibly, also ensures convenient operation.