Description
Sartorius developed the Arium®Comfort I UV with efficiency, ease of use and longevity in mind. This system is directly connected to your potable feed water source, using outstanding reverse osmosis technology along with a unique ion-exchange cartridge to consistently deliver quality purified water (Type 1/ultrapure and Type 3/reverse osmosis). Together, using the iJust software, your lab’s water usage will be optimized, economical and help you deliver reproducible results. The Arium®Comfort I UV consistently delivers reagent-grade ultrapure water at rates of up to 2 l/min. Moreover, Arium®Comfort I UV supplies Type 3 pure water at rates of 8 or 16 l/h.
Reverse Osmosis Technology
This advanced system features the latest reverse osmosis technology and a unique filter cartridge to deliver quality reproducible water. The reverse osmosis modules include low-energy, highly efficient reverse osmosis membranes optimized for water consumption. Their design guarantees easy installation and reliable operation.
Ease of Use with Display
The Arium®Comfort I UV system is easy to use with a touch-screen functional display. Simply navigate the easy-to-use and clear menu by lightly touching the display, even with gloves.
Water Storage with Bagtank
The Arium®Comfort I UV system features a compact design. Pure water is stored in a closed Arium®Bagtank unit, connected to the system. The advanced Bagtank helps guarantee optimal storage of the purified water and protect against contamination. The replaceable bag eliminates time-consuming tank cleaning intervals.
Integrated UV Lamp
This specific system, a benchtop combination water purification system, comes with an integrated UV lamp. The UV lamp works on two wavelengths (185 / 254 nm). It also minimizes total organic compounds (TOC) in your purified water. The low TOC level of ≤ 2 ppb (dependent on feed water) in Arium®water will ensure continued reproducibility and reliability of your lab results. The UV lamp is easily replaced and horizontally arranged to deliver reliable results. Unlike vertical units, the temperature gradient is less pronounced and does not affect the activity of the UV waves.
