DRINKING WATER

Drinking water is intended for Human use and consumption. Drinking water should be free of harmful chemicals, disease-causing bacteria, viruses and other micro-organisms.

SYMPTOMS

ERO-R350: For chlorinated and non-chlorinated water supplies. Chlorine levels must not exceed 2.0 ppm

FEATURES OF ERO 350

Industry rated 50 gallons per day, high volume, semi-permeable membrane that rejects most dissolved solids Choice of chrome, brushed nickel, and white ceramic disk faucet Block carbon prefilter to remove sediment, chlorine taste and odor, and particulate matter Carbon post filter to remove tastes and odors Automatic shut-off control to balance production of filtered water with your needs

FEATURES OF ERO_R375

Industry rated 50 gallons per day, high volume, semi- permeable membrane that rejects most dissolved solids Choice of chrome, brushed nickel, and white ceramic disk faucet Block carbon prefilter to remove sediment, chlorine taste and odor, and particulate matter Carbon post filter to remove tastes and odors Automatic flow shut-off when filters are removed Automatic shut-off control to balance production of filtered water with your needs Enclosed filter for quick, easy, twist on/off filter change

Options:

Electronic monitor under faucet that indicates when membrane/filters should be changed Expandable to a 4-stage, 5-stage or more system Available without standard filters to treat specific problem water needs

Bad taste Discolored water Odor

TREATMENT OPTIONS

How a Reverse Osmosis Drinking Water System Provides High Quality Water. Household water is directed through a filter for filtration to remove sediment and particulate matter. The water is then forced, by pressure, through a semi-permeable membrane where most of the dissolved solids are rejected. A final polishing of the water is accomplished by an activated carbon adsorption modified block filter removing tastes and odors. The water passes through this final filtering process immediately before going to the facet whether it comes direct from the unit or from the storage tank. The automatic shut off control shuts down the system when the storage tank is filled and water is not being drawn. This 'demand production' feature conserves water by eliminating the constant running to the drain found in some units. The control also depressurizes the membrane when not in service extending the membrane life.