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Start Saving with the Sartorius Arium 61315 Reverse Osmosis Laboratory Water Systems. Designed to meet the demands of today s laboratories for RO treated water. With production volumes of up to 15 l/h per hour, 99% rejection of monovalent and polyvalent ions, bacteria and viruses, automated membrane back-flushing, and with its compact design, the arium 61315 is the ideal choice for general laboratory applications, such as dish-washing water, humidifiers and as a pretreatment step prior to ultrapure laboratory water systems. Product Condition:Used Very Good Start Saving with the Sartorius Arium 61315 Reverse Osmosis Laboratory Water Systems. Designed to meet the demands of today s laboratories for RO treated water. With production volumes of up to 15 l/h per hour, 99% rejection of monovalent and polyvalent ions, bacteria and viruses, automated membrane back-flushing, and with its compact design, the arium 61315 is the ideal choice for general laboratory applications, such as dish-washing water, humidifiers and as a pretreatment step prior to ultrapure laboratory water systems. Low-energy, high-output and thin-film composite membranes dramatically reduce the volume of water rejected to waste and increase the % of recovery. Energy consumption is reduced by the incorporation of a uniquely designed RO module housing, which minimizes the need for solenoid valves to regulate and control permeate flow. A single solenoid valve controls an automatic flush-fill cycle, which maintains the volume of the pressure tank while at the same time rinsing the RO modules, thereby reducing ionic concentration at the RO membrane surface. This not only conserves power, it also reduces maintenance and increases the reliability of the system. Water storage is simplified by the use of a closed pressure tank. This significantly reduces the costs of maintenance due to airborne contamination, while reducing gas uptake by product water in storage. A pressurized storage tank provides more flexibility as to its location, without the need for an expensive distribution pump to deliver the water to a point of use. * Depth: 33.4 cm (13.15 ) * Electrical Power Requirements * 100-240 V AC 50-60 Hz single phase * Inlet Feed Water Requirements * Potable tap water feed only (feed water to meet drinking water standards of the U.S. EPA, European Union or Japan) * Minimum inlet pressure: 1 bar| 15 psi * Maximum inlet pressure: 6.8 bar |100 psi * 5 C-28 C (41 F 82.4 F) * Iron (total as Fe): < 0.1 ppm * Ambient Temperature & Humidity * Operation: 5 C-28 C (41 F 82.4 F) 80% relative humidity * 5 C-45 C (41 F 113 F) 80% relative humidity * Monovalent ions: Up to 98% * Polyvalent ions: Up to 99% * Microorganisms: > 99% * Dissolved organics (>300 MW): > 99% * Reject flow [l/h]* 11-12 * Product flow rate [l/h] ( 20% at 25 C) 15 * Maximum recovery rate* Approx. 55% ( Depends on feed water quality and temperature) * Sartorius Arium 61315 Reverse Osmosis Laboratory Water Systems. * System contain used pretreatment cartridge (Sartorius arium 61315 reverse osmosis water systems was posted and is owned by: Cleo Rosales) |
cleorosales@chicagopartsnetwork.com (Cleo Rosales) for more information.
