As a reliable source of ultrapure water, the arium pro series offers a flexible and modular system which, compared to conventional devices, demonstrates excellent added value. All systems meet and exceed the ASTM Type 1 water quality standards and ensure the best reproducible results in their class. Up to 2 liters of consistently high-quality ultrapure water with a conductivity of 0.055 μS/cm (018,2 MO + cm) can be dispensed per minute. The ultrapure water is virtually microorganism-free when an arium® SterilePlus final filter is used. The patented Sartorius technology, the SD card slot, the long service life and low maintenance requirement distinguish the arium® pro systems as an easy-to-use, economical and reliable Type 1 ultrapure water system
Water purification method : Adsorption by means of spherical activated carbon, deionization, optional end-position particle and sterile filtration Water type : ASTM Type 1 ultrapure water Output : 120 l/h Power supply : 100 – 240 VAC (± 10 %); 50 – 60 Hz, 130 VA (max.) Operating temperature : 2 °C – 35 °C at max. 80 % relative humidity Storage temperature : 5 °C – 45 °C at max. 80 % relative humidity Data output : SD card slot2, RS-232 interface Input pressure : 0 – 6.9 bar, recommended > 2 bar Temperature : 2 – 30 °C Specific conductivity : < 100 μS/cm compensated to 25 °C TOC : < 50 ppb Turbidity : < 1 NTU pH value : 4 – 10 Water dispensing flow rate : 0.1 – 2 l/min, adjustable Volume-controlled dispensing : 2 l/min in 100 ml, 1 l or 5 l steps, depending on the total dispense between 0.1 l and 60 l Volume accuracy : 3% between 0.25 l and 60 l Conductivity : 0.055 μS/cm compensated to 25 °C Resistivity : 18.2 MO + cm compensated to 25 °C TOC : < 5 ppb Microorganism content : < 1 CFU/1,000 ml Particle content : < 1/ml Dimensions width + height + depth : 35.0 + 49.2 + 45.1 cm Empty weight : 17 – 19 kg, depending on the device type Operating weight : 27 – 29 kg, depending on the device type
Ultrapure water system is sub-economic choice for high grade experiments. This level of purification is required for advanced analytical techniques, such as HPLC, and is commonly used for semi-conductor manufacturing.
Ultrapure water system is sub-economic choice for high grade experiments. This level of purification is required for advanced analytical techniques, such as HPLC, and is commonly used for semi-conductor manufacturing.
Ultrapure water system is sub-economic choice for high grade experiments. This level of purification is required for advanced analytical techniques, such as HPLC, and is commonly used for semi-conductor manufacturing.