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Code: 12012116UltraRays replacement UV lamp cable 25W.For code: 12012010Code: 12012117UltraRays replacement UV lamp cable 30W. - 55W.For codes: 12012011, 12012012Philips UV-C LampsCode: 12012201Philips 2 Pins Single Ended UV-C Lamps from 4W. to 55W.VariantsCodeDescription12012201-01 Osram Replacement UV lamp 4W. cap-base G5 (25)12012201-02 Philips Replacement UV lamp 6W. cap-base G5 (25)12012201-03 Philips Replacement UV lamp 11W. cap-base G5 (25)12012201-04 Philips Replacement UV lamp 16W. cap-base G5 (25)12012201-05 Philips Replacement UV lamp 25W. T8 cap-base G13 (25)12012201-06 Philips Replacement UV lamp 30W. cap-base G13 (25)12012201-07 Osram Replacement UV lamp 55W. T8 cap-base G13 (6)03 December 2020 24/28
Philips UV-C lampsLow pressure mercury vapor discharge lamps.Benefits* Security of effective disinfection over the useful lifetime of the lamp.* Constant performance with a useful life of over 9000 hours.* Good environmental choice because of lowest amount of mercury.* High system efficacy because it is not required to over-design the purification system to maintaineffectiveness of disinfection.Features* Short-wave UV radiation with a peak at 253.7 nm (UVC) for disinfection purposes.* Protective inside coating ensures almost constant UV output over the complete lifetime of the lamp.* Special lamp glass filters out the 185 nm ozone-forming radiation.* Warning sign on lamp indicates that the lamp radiates UVC.Application* Deactivation of bacteria, viruses and other micro-organisms.* Residential drinking water units.* Fish pond water units.* In-duct air treatment units.* Stand alone air purifiers.Warnings and Safety* A lamp breaking is extremely unlikely to have any impact on your health. If a lamp breaks, ventilate theroom for 30 minutes and remove the parts, preferably with gloves. Put them in a sealed plastic bag andtake it to your local waste facilities for recycling. Do not use a vacuum cleaner.DANGER: Risk Group 3 Ultra Violet product. These lamps emit high-power UV radiation that can causesevere injury to skin and eyes. Avoid eye and skin exposure to unshielded product. Use only in an enclosedenvironment which shields users from the radiation.A wide variety of micro-organisms in the water can cause disease, especially for young and senior people,who may have weaker immune systems. UV light provides purification without the addition of chemicalsthat can produce harmful by-products and add unpleasant taste to water. Additional benefits include easyinstallation, low maintenance and minimal space requirements. UV has the ability to inactivate bacteria,viruses and protozoa. Each type of organism requires a specific dose for inactivation. Viruses requirehigher doses than bacteria and protozoa. Understanding the organisms to be neutralised will help todetermine to size of the UV system that will be required. For example, to kill 99,9% of E.coli, a UV dose of90 J/m2 or 9 mW.sec/cm2 is required. UV installations are suitable for industrial, municipal and residentialmarkets. The quality of the water has an important effect on the performance of UV systems.The commonfactors that have to be considered are iron, hardness, the total concentration of suspended solids and theUV transmittance. Various organic and inorganic compounds can absorb UV. When there is uncertaintyabout what may be present in the water, the UV transmittance should be tested. Most drinking watersupplies have UV transmittances between 85% and 95%.Separate treatment technologies often are required to improve the water quality before purification:* Sediment filters, to remove particles that "shadow" microbes or absorb UV.* Carbon filters, which remove organic compounds and undesirable odors.* Water softeners to reduce hardness.UV is often used in conjunction with Reverse Osmosis(RO) applications. Purification prior to the ROsystems increases the durability of the RO membrane by reducing the accumulation of bacterial biofilms.The reactor of a UV purification device must be designed to ensure that all microbes receive sufficientexposure of the UV.Factors, that should be considered, when, choosing the right size of UV equipment, in order, to achieve thedesired purification objectives are peak flow rate, the required dose and the UV transmittance of the water.Nota bene: The pollutants removed or reduced by this system are not necessarily in your water.03 December 2020 25/28
Page 2 and 3: INDEXUV complete systems ..........
Page 4 and 5: Code: 12000003UV Lamp Complete Set,
Page 6 and 7: Replacement ballast for UV systems.
Page 8 and 9: Code: 12000009UltrARays LCD UV Syst
Page 10 and 11: Main applications water disinfectio
Page 12 and 13: VariantsCodeDescription12012008-01
Page 14 and 15: Code: 12012012UltraRays UV Lamp Com
Page 16 and 17: VariantsCodeDescription12012015-01
Page 18 and 19: Code: 12012101UltraRays replacement
Page 20 and 21: Ballast with timer and control pane
Page 22 and 23: Code: 12012111UltraRays replacement
Page 26 and 27: Code: 12012202Philips 4 Pins Single
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