UV-C medium-pressure lamps

Medium -pressure UV lamp (flow up to 10 m3/h); with flow sensor; Without UV sensor

Medium -pressure UV lamp (flow up to 30 m3/h); with an automatic wipe system

Medium -pressure UV lamp (flow to 140 & nbsp; m3/h); with an automatic wipe system

Medium -pressure UV lamp (flow to 450 m3/h); with an automatic wipe system

Medium -pressure UV lamp (flow up to 30 m3/h); with flow sensor; Without UV sensor

Stainless UV sterilizer for flavor water treatment

Stainless UV sterilizer for flavor water treatment

The sheath is made of AISI 316 stainless steel and therefore the UV-C Tech sterilizer is primarily designed for private pools, where electrolysis of salt is not used to disinfection of water. More about stainless steel can be found here: advice and stainless steel tips/stainless steel UV-C Sterilizer Multimax 400W Compact medium -pressure UV lamp for efficient disinfection and breathamination of pool water (removal of irritating bound chlorine). Function: Flow - Chloramina reduction: 8 M & SUP3;/H (95 % UVT, 600 J/M & SUP2;) - Disinfection: 13 M & SUP3;/H (98 % UVT, 400 J/M & SUP2;) Medium -pressure UV lamp with a lifetime of up to 9,000 h Power: 400 W Light source: electronic, high -frequency Body made from SS 316L Max. Pressure: 10 bar Connection 2 & quot; ext. Ultraviolet radiation disinfection is one of the technologies that have recently been increasingly used to improve the technology of drinking and pool water treatment. The principle of disinfection consists in photochemical damage to RNA and DNA, proteins, enzymes or other biologically important macromolecules. The efficiency of disinfection depends on the dose of UV radiation, the type of UV lamp used and their arrangement due to the direction of drinking flow, respectively. pool waters. For the correct selection of the appropriate type of UV device, it is necessary to determine and guarantee the necessary dose of UV radiation, depending on flow and water quality in terms of its permeability, ie concentration and type of dissolved and undissolved substances that affect the reflection or absorption of UV radiation. Low -pressure monochrome UV lamps emit UV radiation with a wavelength of 254 nm, the intensity of the emitted UV energy is only at one level and is strongly dependent on the temperature of the treated water and the flow value. As a result, this type of low -pressure UV lamps only have germicidal effects. The possibility of a combination of UV radiation with other technologies of treatment leads to high water quality. The advantage is to reduce operating demands, respectively. Saving dosed chemistry and safe and easy operation in automatic mode. The disadvantage is the possibility of secondary contamination, so it is not advisable to use UV radiation for hygienic security. Therefore, in practice, it is combined with eg chlorination