ul class="tabs"> Description Specifications Downloads Quantity per System: Seal kit for all Industrial and Commercial Systems. 1 = All 4 Series 2 = SS236SE5 3 = SS336SE5 4 = All 6 Series All spare parts are available for the above products, please contact us for details. If you have any further questions or concerns about UV disinfection or drinking water quality, please donƒ??t hesitate to contact us.
Description Specifications Downloads Quantity per System: 36 watt Single Ended Germicidal lamp for SS136SE4, SS236SE5, SS336SE5 & SS436SE6. 1 = SS136SE4 2 = SS236SE5 3 = SS336SE5 4 = SS436SE6 75 watt Single Ended Germicidal lamp for SS136SE4XO. 1 = SS136SE4XO 4 = SS436SE6XO All spare parts are available for the above products, please contact us for details. If you have any further questions or concerns about UV disinfection or drinking water quality, please donƒ??t hesitate to contact us.
Description Specifications Downloads DaRo UV Systems plc produce small scale, modular effluent disinfection units complete with fully automatic quartz wiping systems for flows of between 1 ƒ?? 40 m3/hr. Developed specifically for use in heavily contaminated fluid streams our self-cleaning systems have proven reliability and offer low maintenance for remote sites. The automatic wiping system allows minimal servicing and reduces maintenance to an annual service. Standard modules EFF1, EFF2 and EFF4. The UV systems are compact and compatible with proprietary soil pipe fittings. The unit can also be installed in pumped, gravity fed, digestor units, BAFF units or retrofit configurations. The standard chamber is made of plastic and stainless steel and is available in different formats: U-Tube, Dip chamber and Pumped chamber. Standard EFF units can be upgraded if site parameters change, without additional site works. Operators can have greater confidence when choosing a system that will cope with future growth as treatment capacity can be altered according to demand.
Description Specifications Downloads
Description Specifications Downloads DaRo UV Systems plc produce small scale, modular effluent disinfection units complete with fully automatic quartz wiping systems for flows of between 1 ƒ?? 40 m3/hr. Developed specifically for use in heavily contaminated fluid streams our self-cleaning systems have proven reliability and offer low maintenance for remote sites. The automatic wiping system allows minimal servicing and reduces maintenance to an annual service. Standard modules EFF1, EFF2 and EFF4. The UV systems are compact and compatible with proprietary soil pipe fittings. The unit can also be installed in pumped, gravity fed, digestor units, BAFF units or retrofit configurations. The standard chamber is made of plastic and stainless steel and is available in different formats: U-Tube, Dip chamber and Pumped chamber. Standard EFF units can be upgraded if site parameters change, without additional site works. Operators can have greater confidence when choosing a system that will cope with future growth as treatment capacity can be altered according to demand.
Description Specifications Downloads DaRo UV Systems plc produce small scale, modular effluent disinfection units complete with fully automatic quartz wiping systems for flows of between 1 ƒ?? 40 m3/hr. Developed specifically for use in heavily contaminated fluid streams our self-cleaning systems have proven reliability and offer low maintenance for remote sites. The automatic wiping system allows minimal servicing and reduces maintenance to an annual service. Standard modules EFF1, EFF2 and EFF4. The UV systems are compact and compatible with proprietary soil pipe fittings. The unit can also be installed in pumped, gravity fed, digestor units, BAFF units or retrofit configurations. The standard chamber is made of plastic and stainless steel and is available in different formats: U-Tube, Dip chamber and Pumped chamber. Standard EFF units can be upgraded if site parameters change, without additional site works. Operators can have greater confidence when choosing a system that will cope with future growth as treatment capacity can be altered according to demand.