MODEL AQUAPHOR S1000 A
Maximum compensated hardness – 1 540 mg/l
Maximum iron concentration 10 mg/l
Manganese concentration – 1 mg/l
Parmanganate oxidation – 11mgO2/l
Minimum pH – 6
Minimum and maximum water and ambient temperature – °C 5°-38°
Water pressure minimum/maximum – 1.4-7 bar
Maximum flow rate to the drain during regeneration, 9.1 L/min**
Nominal/maximum capacity – 30/42 l/min (1.8/2.5 m3/h)
Pressure drop at a flow rate of 22.7 l/min – 1 bar***
Capacity in HE mode, kg salt/hardness grams 1.1 / 670
Capacity in HC mode, kg salt/hardness grams 3.0 / 1 406
Maximum capacity in AU mode, kg salt/hardness grams 5.4 / 1 680
Regeneration – intelligent, based on water content
Power supply – 12V AC; 50/60 Hz; 0.015 kW/h
Plumbing connections – 1″ OD
Minimum drainage pipe diameter – 16 mm, 5/8
Resin reservoir size – 26.7 x 58.4 cm
Height – 79.5 cm
Base area, 40.4 x 48.5 cm
Gross weight ~ 48 kg
Fine-grained, chlorine-resistant resin – 28 l
“The Aquaphor Model S100 water softener features fully automatic processor control, effectively removing hardness salts, iron substances and organic impurities (permanganate oxidation). The systems use innovative twin-core valves that speed up renewal. The efficient and durable water softener tank is equipped with ultra-compact fine mesh and chlorine-resistant ion exchange resin.
Up to 30% less salt required
The specially designed container contains an ultra-fine mesh and densely compacted chlorine-resistant ion exchange resin with granules that are 2 times smaller than in conventional softeners. The design of the tank prolongs its contact with water and improves the efficiency of salt utilisation.
3-in-1: water softening, removal of iron and organic impurities (parmanganate oxidation)
With the same volume of ion exchange resin, AQUAPHOR S1000 A provides a larger surface area in contact with the water, there is no channel effect and the small granules regenerate more quickly and efficiently. This results in the removal of high concentrations of Fe (up to 10 ppm) and organic impurities (oxidation of parmanganate up to 11mgO2/L).
Up to 5 times less water for regeneration
In the case of classic column systems, regeneration of the softener, especially the iron removal system, is a very water-intensive process. The innovative, patented AQUAPHOR S1000A twin-core valves ensure long-lasting and flawless operation with minimal water consumption.
The AQUAPHOR S1000A is a more sustainable option than other household water softeners thanks to its innovative tank and smaller ion exchange resin size. It requires less water and less salt at the same time to achieve the same or better results.
Counter-flow regeneration in the pressurised bed provides the most effective regeneration of the sorbent against accumulated contaminants. The patented mesh flow distributor evenly distributes the treated water flow throughout the sorbent volume.
ADVANTAGES
An innovative two-cylinder head valve regulates the inflow and outflow of water from the soft water reservoir. It has fewer parts, shorter and wider fluid paths, and a self-closing/self-pressurising mechanism.
Removal of high concentrations of Fe (up to 10 ppm).
Very low salt intake.
Fast IER regeneration.
Easy installation and set-up.
Minimum maintenance requirements.
AQUAFOR® designed and patented flow distribution device.
Durable valve mechanism with components subjected to the lowest possible load, tested to the lowest possible wear after more than 5,500 cycles (more than 14 years of daily filter regeneration) at a maximum operating pressure of 7 bar.
Easily disassembled structure, with any part replaceable if necessary.
The removable design of the valve allows it to be quickly replaced when needed.
Controller with advanced monitoring and regeneration system, large display and user-friendly interface.
Non-volatile memory where all settings and filter status are retained in case of power failure
3 setting modes: economy mode, high performance mode and automatic salt dosage adjustment mode based on water consumption.
Filtration through a patented flow splitter allows water to flow through the entire sorbent volume.
The 100 µm diameter flow splitter grid allows the use of fine Super Fine ion exchange resin without the risk of leaching.
The gaps between the fine grains of Super Fine resin are much smaller than those of standard resins, which increases filtration and regeneration efficiency.
The sorbent layer is sandwiched between the flow splitters, so regeneration takes place in the counter-current and is highly efficient, starting with the least contaminated sorbent;
FILTER DESIGN
1. Compact cabinet-type housing.
2. High-performance fine sorbent ensures high throughput and complete removal of iron, manganese, hardness salts and organic impurities (parmanganate oxidation).
3. Patented, in-house developed damper ensures smooth operation of the filter throughout its lifetime.
4.Controller with large, informative display.
5. Patented mesh flow distributor evenly distributes the flow of treated water throughout the sorbent volume.
6. Sliding lid for easy access to the salt tank and compactness of the filter.
7. Standard bypass valve.
8. Strong tank made of durable glass-filled plastic.
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TECHNICAL DATA
– Removes iron, manganese, hardness salts and organic impurities (parmanganate) at the same time.
– Reliable stainless steel fittings and drain hose included.
– Reliability and durability in the pressure range from 1.5 to 7 atm.
Water consumption per regeneration ~ 100 L
Salt consumption per regeneration ~ 3.0 KG
Lifetime of the system – 10 years.
The system meets the requirements of NSF/ANSI 44 for specific performance characteristics verified and supported by test data.
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