RO beta
Type 2 (Pure Water) from Tap Water
The Reliable Ultrapure Water Supply for Entire Buildings
The RO beta is modular-designed, providing high flexibility to adapt to your specific needs from 500 to 1100L/h.
All components are mounted on a space-saving frame.
Designed for a maximum service life and operational safety.
RO beta systems are built with highest quality components to provide the maximum water quality while maintaining latest industrial standards.
RO beta
Type 2 (Pure Water) from Tap Water
The Reliable Ultrapure Water Supply for Entire Buildings
The RO beta is modular-designed, providing high flexibility
to adapt to your specific needs from 500 to 1100L/h.
All components are mounted on a space-saving frame.
Designed for a maximum service life and operational safety.
RO beta systems are built with highest quality components
to provide the maximum water quality while maintaining latest industrial standards.
10.1" high-resolution touch display with easy to use menu, automatic temperature compensation, alarm history, alarm output, different languages and various programmable options.
Line diagrams for all operating values.
All values are permanently supervised and diplayed in a simplified flow diagram.
Further to the general information like conductivity and temperature, your RO alpha system monitors several parameters like pressure and flowrate and shows whenever a value is out of specification.
This guarantees an optimal performance.
Ethernet and WIFI connection for remote monitoring
Modbus-TCP interface for all operating values
Alarm reports and status reports by e-mail, including line diagrams
10.1" high-resolution touch display with easy to use menu, automatic temperature compensation, alarm history, alarm output, different languages and various programmable options.
Line diagrams for all operating values.
All values are permanently supervised and diplayed in a simplified flow diagram.
Further to the general information like conductivity and temperature, your RO alpha system monitors several parameters like pressure and flowrate and shows whenever a value is out of specification.
This guarantees an optimal performance.
Ethernet and WIFI connection for remote monitoring
Modbus-TCP interface for all operating values
Alarm reports and status reports by e-mail, including line diagrams
EDI Module
Option
Highest quality parts and components ensure best possible water quality and avoid downtime. Sensors protect the system from dry running.
An integrated prefilter protects the RO membrane from impurities in the feed water.
The concentrate, which is normally discharged directly into the drain, is recirculated to minimise the waste water.
The ion exchange beds in the EDI cell are regenerated continuously so that they do not exhaust in the same way as common ion exchangers. An EDI unit may operate for many years before a replacement is required. Typically product water resistivity of >15 MΩ.cm is consistently achieved using this process. This technology will increase the lifetime of the final polishing cartridge significantly and also deliver more consistent purity than single-bed ion-exchange systems that may release weakly bound ions as the media exhausts. The EDI module also reduce the release of organic impurities. This helps to lower your operating costs.
The permeate is circulated depending on the conductivity to extend the lifetime of the EDI module and subsequent periphery and to guarantee a constant water quality.
Highest quality parts and components ensure best possible water quality and avoid downtime. Sensors protect the system from dry running.
An integrated prefilter protects the RO membrane from impurities in the feed water.
The concentrate, which is normally discharged directly into the drain, is recirculated to minimise the waste water.
The ion exchange beds in the EDI cell are regenerated continuously so that they do not exhaust in the same way as common ion exchangers. An EDI unit may operate for many years before a replacement is required. Typically product water resistivity of >15 MΩ.cm is consistently achieved using this process. This technology will increase the lifetime of the final polishing cartridge significantly and also deliver more consistent purity than single-bed ion-exchange systems that may release weakly bound ions as the media exhausts. The EDI module also reduce the release of organic impurities. This helps to lower your operating costs.
The permeate is circulated depending on the conductivity to extend the lifetime of the EDI module and subsequent periphery and to guarantee a constant water quality.
Feed water requirements | |
---|---|
Feed water quality | Softened tap water |
Conductivity @ 25°C | < 2000µS/cm |
Total organic carbon (TOC) | < 1ppm |
Inlet pressure | 1 - 6bar |
Temperature | 5 - 35°C |
Pure water specifications | |
---|---|
Performance | 500L/h, 800L/h or 1100L/h |
RO retention rate | > 99% salts, germs and bacteria |
Residual conductivity | 0.06 - 1 µS/cm |
Typ. residual conductivity | 0.1 µS/cm |
TOC value | < 30ppb |
Silicate reduction | > 99% |
WCF rate | 75% (adjustable) |
Dimensions
Feed water requirements | |
---|---|
Feed water quality | Softened tap water |
Conductivity @ 25°C | < 2000µS/cm |
Total organic carbon (TOC) | < 1ppm |
Inlet pressure | 1 - 6bar |
Temperature | 5 - 35°C |
Pure water specifications | |
---|---|
Performance | 500L/h, 800L/h or 1100L/h |
RO retention rate | > 99% salts, germs and bacteria |
Residual conductivity | 0.06 - 1 µS/cm |
Typ. residual conductivity | 0.1 µS/cm |
TOC value | < 30ppb |
Silicate reduction | > 99% |
WCF rate | 75% (adjustable) |
Dimensions