UV lamps
The main advantage of systems provided with UV lamps is that they generate clean and safe water, free from pathogens without changing water’s physical and chemical properties. Low operation costs allow the system to depreciate quickly.
UV lamps by UST-M include Philips filaments, which increase their service life and ensure faultless use.
There are two main mechanisms which allow UV radiation to deal with microorganisms effectively. The first of them involves creating pyrimidine dimers on the same DNA or RNA thread. It prevents cells from reproducing. The second mechanism involves breaking of cell walls and, as a result, destruction of the whole microorganism.
Disinfection effectiveness depends on the quantity of UV radiation which can be absorbed by microorganisms. The level of neutralization depends on various factors: time and intensity of lighting, type of microorganism and opacity of water. UV disinfection is the most efficient when in water there is no iron, humus substances and other substances likely to absorb radiation.
| Catalogue No. | Bulb power | Connection | Working temp | Max. working pressure | Max. flow rate | Dimensions (len. x dia.) | Power supply |
|
UVLAMP |
6 W |
1/4” |
2 – 40 ºC |
6 bar |
96 l/h |
26 x 5 cm |
230 V / 50 Hz |
|
UV 25 |
25 W |
1/2” |
2 – 40 ºC |
6 bar |
1400 l/h |
51 x 6.5 cm |
230 V / 50 Hz |
|
UV 55 |
55 W |
1” |
2 – 40 ºC |
6 bar |
2850 l/h |
113 x 6.5 cm |
230 V / 50 Hz |
|
UV 110 |
110 W |
1” |
2 – 40 ºC |
6 bar |
5700 l/h |
97 x 33 cm |
230 V / 50 Hz |
