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RO system with integrated electro-deionisation. Cabinet version with lockable door and observation window. Multilingual microprocessor control with LCD display for controlling and monitoring electro-deionisation systems. Display of permeate and pure water conductivity with limiting value setting capability and temperature compensation. Fully automatic rinsing cycles, potential-free fault reporting relay. Module-based capability of increasing capacity at a later stage.

RO system with integrated electro-deionisation. Cabinet version with lockable door and observation window. Multilingual microprocessor control with LCD display for controlling and monitoring electro-deionisation systems. Display of permeate and pure water conductivity with limiting value setting capability and temperature compensation. Fully automatic rinsing cycles, potential-free fault reporting relay. Module-based capability of increasing capacity at a later stage.

RO-Cabinet version with lockable door and observation window. Multilingual microprocessor control with LCD display for controlling and monitoring RO systems. Display of raw and pure water conductivity with limiting value setting capability and temperature compensation. Fully automatic rinsing cycles, potential-free fault reporting relay. Modulebased capability of increasing capacity at a later stage.

RO-Cabinet version with lockable door and observation window. Multilingual microprocessor control with LCD display for controlling and monitoring RO systems. Display of raw and pure water conductivity with limiting value setting capability and temperature compensation. Fully automatic rinsing cycles, potential-free fault reporting relay. Modulebased capability of increasing capacity at a later stage.

RO-Cabinet version with lockable door and observation window. Multilingual microprocessor control with LCD display for controlling and monitoring RO systems. Display of raw and pure water conductivity with limiting value setting capability and temperature compensation. Fully automatic rinsing cycles, potential-free fault reporting relay. Modulebased capability of increasing capacity at a later stage.

RO-Cabinet version with lockable door and observation window. Multilingual microprocessor control with LCD display for controlling and monitoring RO systems. Display of raw and pure water conductivity with limiting value setting capability and temperature compensation. Fully automatic rinsing cycles, potential-free fault reporting relay. Modulebased capability of increasing capacity at a later stage.

Ready-to-connect RO system on stainless-steel frame. Multilingual microprocessor controller with LCD display for controlling and monitoring RO systems. Display of permeate conductivity, fully automatic rinsing cycles, potential-free fault reporting relay. Module-based capability of increasing capacity at a later stage.
• Power consumption 0.60 kW
• Mains voltage 230/50-60 V/Hz
• Max. operating pressure 14 bar
• Dimensions mm (W x D x H) 600x600x1600

Ready-to-connect RO system on stainless-steel frame. Multilingual microprocessor controller with LCD display for controlling and monitoring RO systems. Display of permeate conductivity, fully automatic rinsing cycles, potential-free fault reporting relay. Module-based capability of increasing capacity at a later stage.
• Power consumption 0.60 kW
• Mains voltage 230/50-60 V/Hz
• Max. operating pressure 14 bar
• Dimensions mm (W x D x H) 600x600x1600

Ready-to-connect RO system on stainless-steel frame. Multilingual microprocessor controller with LCD display for controlling and monitoring RO systems. Display of permeate conductivity, fully automatic rinsing cycles, potential-free fault reporting relay. Module-based capability of increasing capacity at a later stage.
• Power consumption 0.60 kW
• Mains voltage 230/50-60 V/Hz
• Max. operating pressure 14 bar
• Dimensions mm (W x D x H) 600x600x1600

Ready-to-connect RO system on stainless-steel frame. Multilingual microprocessor controller with LCD display for controlling and monitoring RO systems. Display of permeate conductivity, fully automatic rinsing cycles, potential-free fault reporting relay. Module-based capability of increasing capacity at a later stage.
• Power consumption 0.60 kW
• Mains voltage 230/50-60 V/Hz
• Max. operating pressure 14 bar
• Dimensions mm (W x D x H) 600x600x1600

„All in one“ unit in a cabinet with lockable door and observation window. All components (pretreatment, water softening, reverse osmosis, pure water tank with level control and pressure booster) are integrated and premounted ready to connect. Multilingual microprocessor controller with LCD display for controlling and monitoring RO systems. Display of permeate conductivity, fully automatic rinsing cycles, potential-free fault reporting relay. Module-based capability of increasing capacity at a later stage.
• Power consumption: 1.2 kW
• Mains voltage: 230/50-60 V/Hz
• Max. operating pressure: 14 bar
• Dimensions mm (W x D x H): 820 x 600 x 1870

„All in one“ unit in a cabinet with lockable door and observation window. All components (pretreatment, water softening, reverse osmosis, pure water tank with level control and pressure booster) are integrated and premounted ready to connect. Multilingual microprocessor controller with LCD display for controlling and monitoring RO systems. Display of permeate conductivity, fully automatic rinsing cycles, potential-free fault reporting relay. Module-based capability of increasing capacity at a later stage.
• Power consumption: 1.2 kW
• Mains voltage: 230/50-60 V/Hz
• Max. operating pressure: 14 bar
• Dimensions mm (W x D x H): 820 x 600 x 1870

For centralized supply.
Type III + 15883 Water.
Ready-to-connect, compact RO system in a cabinet for wall-mounting. Digital microprocessor controller with LCD display for controlling and monitoring all operating and performance parameters as well as for displaying permeate conductivity. Fully automatic rinsing cycles. Module-based capability of increasing capacity at a later stage.

For centralized supply.
Type III + 15883 Water.
Ready-to-connect, compact RO system in a cabinet for wall-mounting. Digital microprocessor controller with LCD display for controlling and monitoring all operating and performance parameters as well as for displaying permeate conductivity. Fully automatic rinsing cycles. Module-based capability of increasing capacity at a later stage.

For centralized supply.
Type III + 15883 Water.
Ready-to-connect, compact RO system in a cabinet for wall-mounting. Digital microprocessor controller with LCD display for controlling and monitoring all operating and performance parameters as well as for displaying permeate conductivity. Fully automatic rinsing cycles. Module-based capability of increasing capacity at a later stage.

For centralized supply.
Type III + 15883 Water.
Ready-to-connect, compact RO system in a cabinet for wall-mounting. Digital microprocessor controller with LCD display for controlling and monitoring all operating and performance parameters as well as for displaying permeate conductivity. Fully automatic rinsing cycles. Module-based capability of increasing capacity at a later stage.

Reverse osmosis removes up to 99 % of all water pollution, such as minerals, bacteria and any further particles. The typical WCF rate (utilization rate) of reverse osmosis systems stands at 70/30 or rather optimally at 75/25. Adaptation of concentrate treatment can increase the yield up to 85 %.
Principle and mode of operation
Osmosis is based on a natural process such as plants use their root cells to gain moisture from soil. The same process takes place in human body and causes exchange of substances within the cell membrane.
If you separate two differently loaded liquids by a cell membrane, liquid molecules will move towards the less concentrated solution according to the principle of Brownian motion. This leads to osmotic pressure. In order to gain as pure water as possible, considerably higher pressure is generated on the loaded side. Hence the process is reversed and therefore it is called reverse osmosis.
Reverse osmosis systems are ideal for supplying pure water to entire building wings in laboratory (Type III), cleaning and disinfection units in medical technology (DIN EN ISO 15883) as well as industrial applications.
Benefits at a glance
• One central system – space-saving
• No regeneration costs
• No use of chemicals
• Free from particles and bacteria
• High pure water yield
• Modular capacity upgrade
Electro-deionization
Electro-deionisation combines two processes for producing ultrapure water, the electrodialysis and ion exchanger processes (IEP).
Whereas the conventional ion-exchanger process involves chemically regenerating the resins on a regular basis after longer time use, electro-deionisation continuously regenerates the resins using electric current.
Principle and mode of operation
With electro-deionisation, water is split into H+ and OH- ions by applying an electric voltage within the cells. This creates a process that continuously regenerates the mixedbed resins without adding chemicals. Ions are held back on the mixed-bed resins and flushed out through selective membranes that only let anions or cations through. This process rules out any occurrence of impurities and the risk of „impure mixed-bed resins“ contaminating the pure water that is produced. Electro-deionization systems produce a constantly high water quality, making them ideal for supplying pure water to entire building wings in the laboratory (Type II), central sterilisation units in clinics (DIN EN 285) as well as for many pharmaceutical and industrial applications.

For H2O pure type ASTM III.
OmniaLabRO fulfils your requirement when you have a need of a constant large volume of reverse osmosis water. For this, OmniaLabRO holds 100 litres of such water in reserve in a storage tank. It is an optimal supplier to autoclaves, lab rinsing machines, air humidifiers and ultrapure water systems. Omnia pure and ultrapure water systems. Convenient. Compact. Adaptable.
Features
• With 100 l pure water tank
• Tank volume display in percent
• Tank volume can be modularly increased
• Leakage sensor is standard

For H2O pure type ASTM III.
OmniaLabRO fulfils your requirement when you have a need of a constant large volume of reverse osmosis water. For this, OmniaLabRO holds 100 litres of such water in reserve in a storage tank. It is an optimal supplier to autoclaves, lab rinsing machines, air humidifiers and ultrapure water systems. Omnia pure and ultrapure water systems. Convenient. Compact. Adaptable.
Features
• With 100 l pure water tank
• Tank volume display in percent
• Tank volume can be modularly increased
• Leakage sensor is standard

For H2O pure type ASTM III.
OmniaLabRO fulfils your requirement when you have a need of a constant large volume of reverse osmosis water. For this, OmniaLabRO holds 100 litres of such water in reserve in a storage tank. It is an optimal supplier to autoclaves, lab rinsing machines, air humidifiers and ultrapure water systems. Omnia pure and ultrapure water systems. Convenient. Compact. Adaptable.
Features
• With 100 l pure water tank
• Tank volume display in percent
• Tank volume can be modularly increased
• Leakage sensor is standard