Ultra Clear RO EDI 20 - Reverse osmosis/ EDI combination Pure Water System
€7.677,00
Catalog nr.: W3T441749
Menge
UltraClear RO EDI 20 - Reverse osmosis/EDI combination
Ultra Clear® RO EDI systems combine water purification, reverse osmosis and EDI technology.
Ionpure EDI technology provides a consistent, cost-effective supply of pure water.
The system continuously produces pure water from potable water using reverse osmosis and electro-deionization with a conductivity of up to 0,055 µS/cm.
The electro-deionization stage also reduces the TOC and endotoxin content as well as the bacterial counts.
Feed water requirements:
Hardness-free or hardness-stabilized feed water.
Demand: 30 - 44 l/h
Inlet pressure: 0,1 - 5 bar
Temperature: 5 - 30C
Conductivity: < 1400 µS/cm
TDS: 750 mg/l
SDI: < 3
Iron (total content): < 0,1 mg/l
free chlorine: < 0,1 mg/l
CO2: < 15 mg/l
SiO2: < 15 mg/l
Technical data:
Operating pressure: max. 6 bar
power consumption: 0,2 kW
electr. connection: 100-240 V, 50-60 Hz
Applications include feeding dishwashers, autoclaves, ultrasonic systems and the production of media, dilution reagents and buffers.
Ultra Clear® RO EDI systems combine water purification, reverse osmosis and EDI technology.
Ionpure EDI technology provides a consistent, cost-effective supply of pure water.
The system continuously produces pure water from potable water using reverse osmosis and electro-deionization with a conductivity of up to 0,055 µS/cm.
The electro-deionization stage also reduces the TOC and endotoxin content as well as the bacterial counts.
Feed water requirements:
Hardness-free or hardness-stabilized feed water.
Demand: 30 - 44 l/h
Inlet pressure: 0,1 - 5 bar
Temperature: 5 - 30C
Conductivity: < 1400 µS/cm
TDS: 750 mg/l
SDI: < 3
Iron (total content): < 0,1 mg/l
free chlorine: < 0,1 mg/l
CO2: < 15 mg/l
SiO2: < 15 mg/l
Technical data:
Operating pressure: max. 6 bar
power consumption: 0,2 kW
electr. connection: 100-240 V, 50-60 Hz
Applications include feeding dishwashers, autoclaves, ultrasonic systems and the production of media, dilution reagents and buffers.