The PureWater New reverse osmosis system is a state-of-the-art device for water purification. This system, powered at 220V and 50hz, has a power consumption of only 200W depending on the motor, which operates at 180W and 220V 50 Hz.
The booster pump, certified according to the requirements of D.M. 174, produces a water flow of 240 liters per hour.
PureWater New is equipped with two high quality 1812 osmotic membranes with a capacity of 180 GPD made with TFC technology entirely in Italy. These membranes work in synergy to effectively eliminate impurities and contaminants in the water.
To ensure optimal performance, the PureWater New reverse osmosis system features a sediment pre-filter and a silver-plated 12″ x 2.5″ carbon block composite filter with a filtration capacity of 5 microns, both NSF certified.
The system’s osmotized water production reaches about 70 liters per hour, offering a constant flow of purified water. The system has an operating pressure of 5/6 bar and requires an inlet water pressure of between 2 and 5 bar.
With compact dimensions of H. 10.5 cm x L.49 cm x P.40 cm and a weight of only 12 kg, the Ruby is incredibly versatile and easily adapts to any home or professional environment.
This reverse osmosis system can be installed both vertically under the kitchen sink and horizontally in the kitchen plinth.
Technical specifications:
Power supply: 220V 50hz
Power consumption: 200W (180W 220V 50HZ motor)
Booster pump: 240 LT/H Certified D.M. 174
Osmotic membranes: No. 2 1812 FROM 180 GPD TFC
Sediment pre-filter: 1 DA 12″x 2.5″
Carbon block composite filter: 1 DA 12″x 2.5″ 5 micron NSF certified
Osmotized water production: 70 Lt/h (+/- 20%)
Operating pressure 5/6 BAR
Inlet water pressure min 2 max 5 BAR
90/95% rejection rate
Permeate discharge ratio 2/1
Total dissolved solids input Max 2000 Mg/l
PH allowed incoming water Min 3 Max 11
Dimension H. 10,5 x L. 49 x P. 40 cm
Weight Kg 12
Included in the package the filter to a way Hike
Tap 1 via chrome with 1/4 water filtration systems from under sink as reverse osmosis and microfiltration.
