Zepter AqueenaPro WT-100, Instruction Manual

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EN
26
AQUEENAPRO PERFORMANCE DATA SHEET
AqueenaPro has been tested by an authorised Drinking Water Laboratory for the substances and
conditions shown in the following table.
Substance Unit Feed Water
Reduction Rate [%]
(effl uent drinking water)
Chemical composition
Field parameters
Pressure bar 3.5
Water Temp °C 25
Feed Water - Sample Volume L 100
Physiochemical parameters Unit Feed Water Reduction Rate [%]
Turbidity NTU >1 >85%
pH
1)
pH 7+10% neutral
Hardness and cations Unit Feed Water Reduction Rate [%]
Total hardness ppm mgCaCO
3
/L 270±20% >96%
Calcium (dissolved) mgCa/L 90±20% >98%
Magnesium (dissolved) mgMg/L 20±20% >86%
Anions Unit Feed Water Reduction Rate [%]
Chloride mgCI/L 40±20% >97%
Nitrate mgNO
3
/L 120±20% >91%
N- and P- compounds Unit Feed Water Reduction Rate [%]
Nitrite mgNO
2
/L 0.50±10% >93%
Ammonium mgNH
4
/L 0.1±20% >80%
Elements and heavy metals Unit Feed Water Reduction Rate [%]
Arsenic (V) (dissolved) mgAs/L 0.5±20% >99%
Lead (dissolved) mgPb/L 0.5±20% >95%
Cadmium (dissolved) mgCd/L 0.5±20% >98%
Iron (dissolved) mgFe/L 0.5±20% >96%
Manganese (dissolved) mgMn/L 0.5±20% >99%
Mercury (dissolved) mgHg/L 0.5±20% >98%
Microbiological Unit Feed Water Reduction Rate [%]
Total Germs (72h@22°C) [CFU/ml] 6000-8000 >99.999%
Total Germs (24h@37°C) [CFU/ml] 4000-6000 >99.999%
E.Coli [CFU/100ml] 600±20% Not detectable
Enterococcus [CFU/100ml] 600±20% Not detectable
1)
Final pH value depends on concentrate of dissolved gaseous fraction of carbon dioxide. High concentrations have tendency to
lower pH.
*Tested under laboratory conditions, actual performance may vary