RO-E - Reverse Osmosis

Reverse osmosis (RO) is an effective and economic way of removing minerals from water. The Condair RO-E has been developed specifically to provide operational, energy and maintenance benefits to Condair humidifiers.

By removing the minerals from a humidifier’s supply water, the limescale that builds-up in the system is virtually eliminated. This results in a much lower level of required maintenance in all types of humidifier and reduced energy consumption in steam humidifiers.

Steam humidifiers that run on mains water need to drain their boiling chambers occasionally to maintain a low mineral content and reduce limescale build-up. By using RO supply water, the steam humidifier’s boiling chamber does not require this regular drain. Therefore it uses less energy to maintain the water’s temperature.

As the water temperature is consistent, the steam output is also consistent, thus improving humidity control. By using resistive steam humidifiers fed by RO water, ±1%RH control can be achieved.

Other benefits of using RO water with humidifiers include increasing the life of the evaporative pads in evaporative humidifiers and preventing dust carry-over in spray humidifiers.

Specifikation

Condair RO-E
- Voltage: 230V
- Frequency: 50 Hz
Options:
- All models show the optional housing cover
Version:
- Version + is for use with adiabatic humidifiers
- Models with safety valve are mandatory for CE markets. Note: RO-E 200 and 300 require the safety valve by the external pressure tank. Please consider the instruction in the installation manual!
RO-E 40
Pure water output at 5 °C water temperature against 1 bar: 58 l/hr
Pure water output at 15 °C water temperature against 1 bar: 98 l/hr

RO-E+ 40 (for adiabatic humidifiers)
Pure water output at 5 °C water temperature against 1 bar: 36 l/hr
Pure water output at 15 °C water temperature against 1 bar: 59 l/hr

RO-E 100
Pure water output at 5 °C water temperature against 1 bar: 105 l/hr
Pure water output at 15 °C water temperature against 1 bar: 181 l/hr

RO-E+ 100 (for adiabatic humidifiers)
Pure water output at 5 °C water temperature against 1 bar: 67 l/hr
Pure water output at 15 °C water temperature against 1 bar: 114 l/hr

RO-E 200
Pure water output at 5 °C water temperature against 1 bar: 200 l/hr
Pure water output at 15 °C water temperature against 1 bar: 352 l/hr

RO-E+ 200 (for adiabatic humidifiers)
Pure water output at 5 °C water temperature against 1 bar: 124 l/hr
Pure water output at 15 °C water temperature against 1 bar: 218 l/hr

RO-E 300
Pure water output at 5 °C water temperature against 1 bar: 285 l/hr
Pure water output at 15 °C water temperature against 1 bar: 513 l/hr

RO-E+ 300 (for adiabatic humidifiers)
Pure water output at 5 °C water temperature against 1 bar: 171 l/hr
Pure water output at 15 °C water temperature against 1 bar: 312 l/hr

Teknisk specifikation

Unik ref.condair-ro-e
ProduktfamiljWater Treatment
ProduktgruppReverse Osmosis
TypObjekt (enstaka objekt)
Publiceringsdatum2025-10-02
Edition nummer1
Höjd (mm)792
Bredd (mm)587
Djup (mm)484

Länkar

Produkt-urlhttps://www.condairgroup.com
Installationsinstruktionerhttps://www.condair.co.uk/condair-ro-water-treatment-system
Teknisk beskrivninghttps://www.condair.co.uk/condair-ro-water-treatment-system

Relaterad

HuvudmaterialPulverlackerat stål
Designad iSchweiz
Tillverkad iTyskland

Klassificering

BIMobjektkategoriVVS - Annat
IFC klassificeringFilter
Uniclass 2015 kodPr_60_55_97_72
Uniclass 2015 beskrivningReverse osmosis units
OmniClass nummer23-39 41 13 15
OmniClass TitelReverse Osmosis and Nanofiltration Membrane Equipment

Region tillgänglighet

Sydamerika	Europa	Oceanien	Asien	Afrika
Argentina	Belgien	Australien	Indien	Sydafrika
Chile	Bulgarien	Nya Zeeland	Indonesien
Uruguay	Danmark		Israel
	Estland		Kina
	Finland		Pakistan
	Frankrike		Singapore
	Grekland		Thailand
	Irland		Turkiet
	Island
	Italien
	Kroatien
	Lettland
	Litauen
	Nederländerna
	Norge
	Österrike
	Polen
	Portugal
	Rumänien
	Schweiz
	Serbien
	Slovakien
	Slovenien
	Spanien
	Storbritannien
	Sverige
	Tjeckien
	Tyskland
	Ukraina
	Ungern