Ozone and UV technology
Frequently Asked Questions What does the activated carbon do? This activated carbon is specially designed to remove unpleasant odours, tastes and organic contaminants such as pesticides and herbicides from the water. Will this refill fit my TRIO UV system? Yes, it is specially designed for the TRIO UV system. Is replacing the activated carbon complicated? No, it’s easy and takes just a few minutes. Does the activated carbon really improve the taste of my water? Yes, it reduces unpleasant odours and improves the taste. Can I use the activated carbon for longer than recommended? This is not recommended, as the filter’s performance diminishes over time. Replacing the activated carbon regularly, at least every six months, ensures that the water remains of the highest quality. In cases of high water contamination or low flow, it should be done sooner. Is activated carbon safe for drinking water? Yes, it is suitable for use in drinking water systems. How is the activated carbon supplied? In a handy refill pack, clean and easy to handle. Is regular replacement really worth it? Yes, only fresh activated carbon ensures clean, high-quality water in the long term. The activated carbon (activated carbon cartridge) in the Cintropur TRIO UV system should be replaced every 3 to 6 months. Regular replacement is crucial to maintain the adsorption capacity for odours, taste and contaminants and to prevent bacterial growth.
Water sterilisation by UV irradiation The development of water sterilisation using UV radiation has made considerable progress in recent years due to its simplicity and efficiency. The UV-C rays generated, which are significantly more intense than sunlight, are therefore used to disinfect water in order to counteract water contamination. They make it possible to remove legionella, microbes, bacteria, viruses and protozoa while respecting the environment. The irradiation process is therefore an ideal solution for killing microorganisms in water and helps to make it drinkable from a bacteriological point of view. However, it is important to note that water is only considered drinking water once the chemical parameters have been checked and deemed satisfactory. Applications - Origin of the water Rainwater: UV treatment extends the range of applications and offers increased safety during use Well water: Avoidance of possible contamination by pathogens Spring water, surface water: Guarantees constant water quality that is flawless from a bacteriological point of view. Storage water in containers (caravan, boat...): Use of stored water for sanitary purposes. Areas of application General nutrition, bath and shower Cooking Large-volume refrigerators Cold water fountains Aquarium Cleaning food Advantages Quick and easy installation Completely physical sterilisation through UV radiation Natural water treatment without additives and without the risk of chemical overdose No unpleasant taste or odour Effective methods for combating microorganisms that cause disease in humans No toxic by-products Low maintenance Notice: The product is not approved for use in drinking water systems and does not hold the corresponding DVGW drinking water certification. Therefore, it must not be used in applications where drinking water approval is required. Frequently Asked Questions Why do I need UV water disinfection in the first place? It helps to reduce bacteria and germs in the water – without any chemicals or additives. What is the difference between the UV2100 and the UV4100? The UV4100 is designed for larger volumes of water, whilst the UV2100 is more suited to smaller systems or households. Can I simply install the system into my existing water pipe? In many cases, yes. The units fit standard 3/4″ and 1″ connections. Does UV treatment change the taste of my water? No. UV disinfection works without chemicals and does not alter the taste of the water. How often do I need to replace the UV lamp? Usually once a year to ensure the system works reliably. Do I also need a water filter upstream of the UV system? This is often advisable to prevent dirt particles from impairing the effectiveness of the UV disinfection. Is the system also suitable for well water? Yes, it is frequently used to hygienically treat well water.
Product description: UV lamp 25W / 40W for Cintropur UV2100 / UV4100 flow-through fitting. The 25W / 40W UV lamp is an essential accessory for the Cintorpur UV2100 / UV4100 flow-through fitting, ensuring maximum efficiency and safety when disinfecting water. With its powerful 25 / 40 watt output, this lamp ensures reliable and thorough disinfection of the water. Outstanding features: Annual replacement required: To ensure constant and effective disinfection of the water, it is mandatory to replace the UV lamp once a year. This ensures that the lamp always provides optimum performance and ensures reliable disinfection. Continuous operation around the clock: The UV lamp is designed to operate 24 hours a day, 7 days a week. This continuous use enables constant sterilisation of the water, which is particularly important in environments with high hygiene requirements, such as companies, clinics or farms. Protection from moisture and fingerprints: To ensure the longevity and efficiency of the lamp, it is essential to protect it from moisture and fingerprints. This can be achieved by proper installation in the UV2100 / UV4100 flow-through fitting as well as regular cleaning and maintenance. Effective disinfection through UV technology: UV light is known for its effectiveness in killing bacteria, viruses and other micro-organisms in water. The UV lamp utilises this technology to ensure thorough, reliable disinfection of the water and provide os with a safe water supply. UV lamp 25W: Insert for UV2100 and TRIO UV 25W UV lamp 40W: Insert for UV4100, DUO-UV and TRIO-UV 40W Frequently Asked Questions Which devices is this UV lamp suitable for? It is compatible with the Cintropur UV2100 and UV4100 flow-through units. What are the benefits of using the UV lamp on a daily basis? It ensures reliable water disinfection around the clock. How often do I need to replace the UV lamp? Replacement once a year is recommended to maintain consistent performance. Can the lamp be operated continuously? Yes, it is designed for 24/7 continuous operation. How exactly does the UV lamp protect my water? It reduces bacteria, viruses and other microorganisms in the water. Is there anything I need to bear in mind when handling it? Yes, it should be protected from moisture and fingerprints. Are there different power options available? Yes, the lamp is available in 25W or 40W versions, depending on the system.
Product description: UV lamp 25W / 40W for Cintropur UV2100 / UV4100 flow-through fitting. The 25W / 40W UV lamp is an essential accessory for the Cintorpur UV2100 / UV4100 flow-through fitting, ensuring maximum efficiency and safety when disinfecting water. With its powerful 25 / 40 watt output, this lamp ensures reliable and thorough disinfection of the water. Outstanding features: Annual replacement required: To ensure constant and effective disinfection of the water, it is mandatory to replace the UV lamp once a year. This ensures that the lamp always provides optimum performance and ensures reliable disinfection. Continuous operation around the clock: The UV lamp is designed to operate 24 hours a day, 7 days a week. This continuous use enables constant sterilisation of the water, which is particularly important in environments with high hygiene requirements, such as companies, clinics or farms. Protection from moisture and fingerprints: To ensure the longevity and efficiency of the lamp, it is essential to protect it from moisture and fingerprints. This can be achieved by proper installation in the UV2100 / UV4100 flow-through fitting as well as regular cleaning and maintenance. Effective disinfection through UV technology: UV light is known for its effectiveness in killing bacteria, viruses and other micro-organisms in water. The UV lamp utilises this technology to ensure thorough, reliable disinfection of the water and provide os with a safe water supply. UV lamp 25W: Insert for UV2100 and TRIO UV 25W UV lamp 40W: Insert for UV4100, DUO-UV and TRIO-UV 40W Frequently Asked Questions Which UV system is the 25W lamp specifically designed for? It is specifically designed for CINTROPUR UV2100 and TRIO UV 25W systems. How does the lamp contribute to water hygiene? It continuously reduces bacteria in the water using UV light. Is the lamp suitable for continuous operation? Yes, it is designed for 24-hour continuous operation. The UV lamp is designed to operate 24 hours a day, 7 days a week. When should I replace the UV lamp? Once a year, to ensure consistently safe disinfection. What is particularly important when handling it? Contact with moisture and fingerprints should be avoided.
The system consists of:Ozone generator with high voltage / high frequency power supply and ozone generator module with a ceramic dielectric; function and fault indicators: Ozone fault lamp; operating gas fault indicator, variable ozone output control (internal and external); flow meter for oxygen. Fully automatic oxygen concentrator with pressure change system and integrated air compressor with boiler for the generation of approx. 95 % oxygen.
The system consists of:Ozone generator with high voltage / high frequency power supply and ozone generator module with a ceramic dielectric; function and fault indicators: Ozone fault lamp; operating gas fault indicator, variable ozone output control (internal and external); flow meter for oxygen. Fully automatic oxygen concentrator with pressure change system and integrated air compressor with boiler for the generation of approx. 95 % oxygen.
The system consists of:Ozone generator with high voltage / high frequency power supply and ozone generator module with a ceramic dielectric; function and fault indicators: Ozone fault lamp; operating gas fault indicator, variable ozone output control (internal and external); flow meter for oxygen. Fully automatic oxygen concentrator with pressure change system and integrated air compressor with boiler for the generation of approx. 95 % oxygen.
The system consists of:Ozone generator with high voltage / high frequency power supply and ozone generator module with a ceramic dielectric; function and fault indicators: Ozone fault lamp; operating gas fault indicator, variable ozone output control (internal and external); flow meter for oxygen. Fully automatic oxygen concentrator with pressure change system and integrated air compressor with boiler for the generation of approx. 95 % oxygen.
OZONE GENERATORS FOR WATER TREATMENTThe ozone systems are completely piped, connected and ready for operation on the mounting frame. The systems each consist of:Ozone generator with high voltage/high frequency power supply and ozone generator module with a ceramic dielectric; Control and indication instruments: ON/OFF switch; Ozone ON/OFF switch; Ozone local/remote switch; Ozone ON/OFF lamp; Ozone fault lamp; Operating gas fault indicator; Adjustment knob for variable ozone production; External control input for ozone (4-20 mA); Flow meter and regulator for oxygen with pressure control valve.Fully automatic oxygen concentrator with pressure change system and integrated air compressor with boiler for the production of approx. 95 % oxygenOzone injection system with booster pump and liquid jet injector for suction and mixing of the ozone-containing oxygen with motive water including check valve in the ozone gas line and piping of the components in ozone-resistant Teflon and PVC materialsControl box with indicator lamps for operating mode and malfunction Main switch, EMERGENCY STOP; pump malfunction indicator; local/remote changeover switch and connection terminals
OZONE GENERATORS FOR WATER TREATMENTThe ozone systems are completely piped, connected and ready for operation on the mounting frame. The systems each consist of:Ozone generator with high voltage/high frequency power supply and ozone generator module with a ceramic dielectric; Control and indication instruments: ON/OFF switch; Ozone ON/OFF switch; Ozone local/remote switch; Ozone ON/OFF lamp; Ozone fault lamp; Operating gas fault indicator; Adjustment knob for variable ozone production; External control input for ozone (4-20 mA); Flow meter and regulator for oxygen with pressure control valve.Fully automatic oxygen concentrator with pressure change system and integrated air compressor with boiler for the production of approx. 95 % oxygenOzone injection system with booster pump and liquid jet injector for suction and mixing of the ozone-containing oxygen with motive water including check valve in the ozone gas line and piping of the components in ozone-resistant Teflon and PVC materialsControl box with indicator lamps for operating mode and malfunction Main switch, EMERGENCY STOP; pump malfunction indicator; local/remote changeover switch and connection terminals
OZONE GENERATORS FOR WATER TREATMENTThe ozone systems are completely piped, connected and ready for operation on the mounting frame. The systems each consist of:Ozone generator with high voltage/high frequency power supply and ozone generator module with a ceramic dielectric; Control and indication instruments: ON/OFF switch; Ozone ON/OFF switch; Ozone local/remote switch; Ozone ON/OFF lamp; Ozone fault lamp; Operating gas fault indicator; Adjustment knob for variable ozone production; External control input for ozone (4-20 mA); Flow meter and regulator for oxygen with pressure control valve.Fully automatic oxygen concentrator with pressure change system and integrated air compressor with boiler for the production of approx. 95 % oxygenOzone injection system with booster pump and liquid jet injector for suction and mixing of the ozone-containing oxygen with motive water including check valve in the ozone gas line and piping of the components in ozone-resistant Teflon and PVC materialsControl box with indicator lamps for operating mode and malfunction Main switch, EMERGENCY STOP; pump malfunction indicator; local/remote changeover switch and connection terminals
OZONE GENERATORS FOR WATER TREATMENTThe ozone systems are completely piped, connected and ready for operation on the mounting frame. The systems each consist of:Ozone generator with high voltage/high frequency power supply and ozone generator module with a ceramic dielectric; Control and indication instruments: ON/OFF switch; Ozone ON/OFF switch; Ozone local/remote switch; Ozone ON/OFF lamp; Ozone fault lamp; Operating gas fault indicator; Adjustment knob for variable ozone production; External control input for ozone (4-20 mA); Flow meter and regulator for oxygen with pressure control valve.Fully automatic oxygen concentrator with pressure change system and integrated air compressor with boiler for the production of approx. 95 % oxygenOzone injection system with booster pump and liquid jet injector for suction and mixing of the ozone-containing oxygen with motive water including check valve in the ozone gas line and piping of the components in ozone-resistant Teflon and PVC materialsControl box with indicator lamps for operating mode and malfunction Main switch, EMERGENCY STOP; pump malfunction indicator; local/remote changeover switch and connection terminals
The LAB2B is a corona discharge type ozone generator with variable ozone output up to 10 g/h ozone in oxygen and 4 g/h ozone using dried air. The air-cooled ozone generator is enclosed in an compact desktop housing for bench use. ApplicationsResearch and development Education Laboratories Technology and how it worksThe Ozone generator LAB2B is built in a small desktop housing with air cooler, especially suited for laboratory application. The instrument consists of operation displays, flow meter for the feedgas and a controller for the variable power adjustment. The ozone output is adjustable via a rotary knob at the font side of the housing. The LAB2B can be operated with oxygen or dried air.Ozone is produced when oxygen containing gas is passed over the ceramic dielectric of an ozone generating module. The module is powered by a high voltage/high frequency power board.The ceramic dielectric is housed within a finned heat sink block which is air cooled by fan assisted atmospheric air. Technical features Variable ozone production up to 10 g/h Operating method: vacuum or pressure (10psi max.) Illuminating switches indicating ozone production and faults Ozone generating module cooling medium: ambient air (fan assisted) O&M manual including performance graphs Feedgas: oxygen or dried air Dimensions: (LxWxD): 230 mm x 300 mm x 160 mm Connections: PVDF compression fitting to suit 8 mm pipe / tube Flowmeter: 2-10 l/min Enclosure: 316 mild steel, epoxy-coated Ozone generating module: 316 stainless steel electrode assembly inside a ceramic dielectric tube Remote controls and signalsOzone ON-OFF: green illuminator switch Fault: red illuminator switch Power supply230 VAC, 50-60 Hz Frequently Asked Questions Is a CE Declaration of Conformity available for the device? Yes Can it be operated using an external oxygen source (cylinder) without issues? Yes What are the requirements regarding pressure and gas purity? The maximum permissible pressure is 0.7 bar. What is the specific control range for ozone output (e.g., in % or g/h)? How fine is the control (continuous/stepless or fixed increments)? Ozone output can be manually adjusted via a rotary control within the 10–100% range. The control does not have fixed increments within this range. What are the intended typical gas flow rates for operation (L/min)? To ensure stable operation, an operating gas flow rate of 2–5 liters of oxygen per minute must be maintained. Is stable operation possible at low flow rates (<1 L/min)? No What materials are used for the gas lines? All materials used must be ozone-resistant. PTFE, PVDF, or Viton are suitable choices. Are there recommendations for typical laboratory applications or small fixed-bed reactors? We do not have a standard document for this. As a general rule, any residual ozone remaining in the reactor must not be vented directly into the room. Operation inside a laboratory fume hood is recommended; alternatives include a technical ventilation system with a sufficiently high air exchange rate or the integration of a residual ozone destruct unit. An ozone monitor is recommended for regular operation.
TOC REDUCTION IN ULTRAPURE WATER SYSTEMS Stainless steel reactor (1.4571 DIN EN 10217-7; optionally 1.4404) electropolished inside and outside with thread or flange connection to DIN 2576, SUPRASIL quartz immersion tube and UV low-pressure lamp (ozone-forming). Electronic ballast for single-lamp systems in plastic housing and for multi-lamp systems in sheet steel housing (dimensions on request) with function display, operating hours counter and manual/auto switch (230 VAC, optionally 400 VAC) incl. UV monitoring system. Variants: TOC 0.05 TOC 0.35 TOC 2.3 TOC 3.1 TOC 5.5 TOC 8 TOC 10 TOC 14 TOC 18 TOC 24 TOC 28 TOC 32 Flow rate value applies to water with a UV transmission of 98% / 1cm and 1600 J/m² UV irradiation. UV systems for higher flow rates, as well as radiation doses and without UV monitoring are available on request. Notice: The product is not approved for use in drinking water systems and does not hold the corresponding DVGW drinking water certification. Therefore, it must not be used in applications where drinking water approval is required.
TOC REDUCTION IN ULTRAPURE WATER SYSTEMS Stainless steel reactor (1.4571 DIN EN 10217-7; optionally 1.4404) electropolished inside and outside with thread or flange connection to DIN 2576, SUPRASIL quartz immersion tube and UV low-pressure lamp (ozone-forming). Electronic ballast for single-lamp systems in plastic housing and for multi-lamp systems in sheet steel housing (dimensions on request) with function display, operating hours counter and manual/auto switch (230 VAC, optionally 400 VAC) incl. UV monitoring system. Variants: TOC 0.05 TOC 0.35 TOC 2.3 TOC 3.1 TOC 5.5 TOC 8 TOC 10 TOC 14 TOC 18 TOC 24 TOC 28 TOC 32 Flow rate value applies to water with a UV transmission of 98% / 1cm and 1600 J/m² UV irradiation. UV systems for higher flow rates, as well as radiation doses and without UV monitoring are available on request. Notice: The product is not approved for use in drinking water systems and does not hold the corresponding DVGW drinking water certification. Therefore, it must not be used in applications where drinking water approval is required.
TOC REDUCTION IN ULTRAPURE WATER SYSTEMS Stainless steel reactor (1.4571 DIN EN 10217-7; optionally 1.4404) electropolished inside and outside with thread or flange connection to DIN 2576, SUPRASIL quartz immersion tube and UV low-pressure lamp (ozone-forming). Electronic ballast for single-lamp systems in plastic housing and for multi-lamp systems in sheet steel housing (dimensions on request) with function display, operating hours counter and manual/auto switch (230 VAC, optionally 400 VAC) incl. UV monitoring system. Variants: TOC 0.05 TOC 0.35 TOC 2.3 TOC 3.1 TOC 5.5 TOC 8 TOC 10 TOC 14 TOC 18 TOC 24 TOC 28 TOC 32 Flow rate value applies to water with a UV transmission of 98% / 1cm and 1600 J/m² UV irradiation. UV systems for higher flow rates, as well as radiation doses and without UV monitoring are available on request. Notice: The product is not approved for use in drinking water systems and does not hold the corresponding DVGW drinking water certification. Therefore, it must not be used in applications where drinking water approval is required.
TOC REDUCTION IN ULTRAPURE WATER SYSTEMS Stainless steel reactor (1.4571 DIN EN 10217-7; optionally 1.4404) electropolished inside and outside with thread or flange connection to DIN 2576, SUPRASIL quartz immersion tube and UV low-pressure lamp (ozone-forming). Electronic ballast for single-lamp systems in plastic housing and for multi-lamp systems in sheet steel housing (dimensions on request) with function display, operating hours counter and manual/auto switch (230 VAC, optionally 400 VAC) incl. UV monitoring system. Variants: TOC 0.05 TOC 0.35 TOC 2.3 TOC 3.1 TOC 5.5 TOC 8 TOC 10 TOC 14 TOC 18 TOC 24 TOC 28 TOC 32 Flow rate value applies to water with a UV transmission of 98% / 1cm and 1600 J/m² UV irradiation. UV systems for higher flow rates, as well as radiation doses and without UV monitoring are available on request. Notice: The product is not approved for use in drinking water systems and does not hold the corresponding DVGW drinking water certification. Therefore, it must not be used in applications where drinking water approval is required.
TOC REDUCTION IN ULTRAPURE WATER SYSTEMS Stainless steel reactor (1.4571 DIN EN 10217-7; optionally 1.4404) electropolished inside and outside with thread or flange connection to DIN 2576, SUPRASIL quartz immersion tube and UV low-pressure lamp (ozone-forming). Electronic ballast for single-lamp systems in plastic housing and for multi-lamp systems in sheet steel housing (dimensions on request) with function display, operating hours counter and manual/auto switch (230 VAC, optionally 400 VAC) incl. UV monitoring system. Variants: TOC 0.05 TOC 0.35 TOC 2.3 TOC 3.1 TOC 5.5 TOC 8 TOC 10 TOC 14 TOC 18 TOC 24 TOC 28 TOC 32 Flow rate value applies to water with a UV transmission of 98% / 1cm and 1600 J/m² UV irradiation. UV systems for higher flow rates, as well as radiation doses and without UV monitoring are available on request. Notice: The product is not approved for use in drinking water systems and does not hold the corresponding DVGW drinking water certification. Therefore, it must not be used in applications where drinking water approval is required.
TOC REDUCTION IN ULTRAPURE WATER SYSTEMS Stainless steel reactor (1.4571 DIN EN 10217-7; optionally 1.4404) electropolished inside and outside with thread or flange connection to DIN 2576, SUPRASIL quartz immersion tube and UV low-pressure lamp (ozone-forming). Electronic ballast for single-lamp systems in plastic housing and for multi-lamp systems in sheet steel housing (dimensions on request) with function display, operating hours counter and manual/auto switch (230 VAC, optionally 400 VAC) incl. UV monitoring system. Variants: TOC 0.05 TOC 0.35 TOC 2.3 TOC 3.1 TOC 5.5 TOC 8 TOC 10 TOC 14 TOC 18 TOC 24 TOC 28 TOC 32 Flow rate value applies to water with a UV transmission of 98% / 1cm and 1600 J/m² UV irradiation. UV systems for higher flow rates, as well as radiation doses and without UV monitoring are available on request. Notice: The product is not approved for use in drinking water systems and does not hold the corresponding DVGW drinking water certification. Therefore, it must not be used in applications where drinking water approval is required.