
Philips 242669 TUV 130W XPT DRIVER
Description
Philips TUV Amalgam XPT system consists of an electronic driver that operates one TUV Amalgam XPT lamp, mounted in a sleeve. The electrical specifications are tailored to the lamp, ensuring an optimized performance of the Philips TUV Amalgam XPT system. Thanks to extensive testing before a lamp system is released, we can ensure maximum reliability and long lifetime.
Features:
- 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
- Universal burning position possible for the T6 range, depending on lamp type and sleeve dimensions
- Special lamp glass filters out the 185 nm ozone-forming radiation
- EPA Approved: Philips/Signify EPA # Est. No 95792-POL-1
Benefits:
- High Power Allows for design of compact installations.
- High system efficiency
- Approximately 10% energy savings, because lamps can be dimmed to reach the same UV output compared to similar lamps on the market.
- Effective disinfection over the useful lifetime of the lamp.
- Best environmental choice because of long reliable life, less waste and industry leading low amount of mercury
- Extreme reliability of driver, with annual failure rate of less than 1%
- High efficiency during dimming thanks to the unique amalgam temperature control of the 800W lamps.
Applications:
- Deactivation of bacteria, viruses and other micro-organisms
- Municipal drinking 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 industry (ozone version)
Specs
|
||
| Disinfection | ||
| 12x2x2 inches | ||
| Ballast Type | Electronic Driver | |
| 130W | ||
| Voltage (V) | 167VV | |
| EAN/UPC |
|
|
| EPA Approved | Philips/Signify EPA # Est. No 95792-POL-1 |
Additional Info
Original: $119.99
-70%$119.99
$36.00Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Description
Philips TUV Amalgam XPT system consists of an electronic driver that operates one TUV Amalgam XPT lamp, mounted in a sleeve. The electrical specifications are tailored to the lamp, ensuring an optimized performance of the Philips TUV Amalgam XPT system. Thanks to extensive testing before a lamp system is released, we can ensure maximum reliability and long lifetime.
Features:
- 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
- Universal burning position possible for the T6 range, depending on lamp type and sleeve dimensions
- Special lamp glass filters out the 185 nm ozone-forming radiation
- EPA Approved: Philips/Signify EPA # Est. No 95792-POL-1
Benefits:
- High Power Allows for design of compact installations.
- High system efficiency
- Approximately 10% energy savings, because lamps can be dimmed to reach the same UV output compared to similar lamps on the market.
- Effective disinfection over the useful lifetime of the lamp.
- Best environmental choice because of long reliable life, less waste and industry leading low amount of mercury
- Extreme reliability of driver, with annual failure rate of less than 1%
- High efficiency during dimming thanks to the unique amalgam temperature control of the 800W lamps.
Applications:
- Deactivation of bacteria, viruses and other micro-organisms
- Municipal drinking 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 industry (ozone version)
Specs
|
||
| Disinfection | ||
| 12x2x2 inches | ||
| Ballast Type | Electronic Driver | |
| 130W | ||
| Voltage (V) | 167VV | |
| EAN/UPC |
|
|
| EPA Approved | Philips/Signify EPA # Est. No 95792-POL-1 |


















