TUV Amalgam XPT lamps are long-arc UVC (germicidal) lamps used in professional water disinfection equipment. They combine high efficiency with relatively high power density. Thanks to their constant UVC output over the complete lifetime, these lamps can be dimmed to reach the same UVC output compared with similar lamps on the market, allowing for approximately 10% energy savings. The special amalgam used allows for flexibility in system design and application temperature.
Security of effective disinfection over the complete lifetime of the lamp
Approximately 10% energy savings, because lamps can be dimmed to reach the same UV output compared to similar lamps on the market
High system efficacy because it is not required to over-design the purification system to maintain effectiveness of disinfection
Short-wave UV radiation with a peak at 253.7 nm (UVC) for disinfection
Special amalgam used for highest efficiency over wide temperature range
Protective inside coating ensures constant UV output over the complete lifetime of the lamp
Philips electronic driver available for a perfect interface
Minimized amount of mercury
Universal burning position possible, depending on lamp type
Tailor-made solutions possible
Deactivation of bacteria, viruses and other micro-organisms
Municipal drinking water treatment equipment
Waste water treatment equipment
Process water treatment equipment
Swimming pool units
Equipment for the production of ultra-pure water, for example for the semiconductor, pharmaceuticals and cosmetics industries
Warning & Safety
A lamp breaking is extremely unlikely to have any impact on your health. If a lamp breaks, ventilate the room for 30 minutes and remove the parts, preferably with gloves. Put them in a sealed plastic bag and take 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 cause severe injury to skin and eyes. Avoid eye and skin exposure to unshielded product. Use only in an enclosed environment which shields users from the radiation.