Dimensions
- Dimensions: 66 mm x 115 mm
- Main material: PP, Aluminum alloy
- Electrical supply: 100V-240V 50/60Hz
- Power: 10,5 W
- Output voltage: 24Vdc 1A
- Working temperature: 2ºC – 65ºC
- Pressure: 0,8 MPa
- Connections: 3/8″
- Working flow of osmosed water: 7 L/min
- Sterilization rate: ≥99,9 (E. Coli) @≤7 LPM
- Service life: 3.000h
- GRADE Water-proof: IPX7
Integrated visual warning System in the three-phase equipment:
- Green: In operation
- Blue: Standby
- Red: End of service life
WHY LED UV DISINFECTION ?
Water may look clean, but many bacteria, viruses, and other pathogens are invisible to the human eye—and some can cause serious illness.
Here’s why you should invest in an LED UV disinfection system:
- IMMEDIATE AND CONTINUOUS PROTECTION
Unlike physical filters, which only retain particles, UV-LED light instantly inactivates bacteria and viruses by destroying their DNA.
There is no need to wait for lab tests or use chemical disinfectants. - SAFE — NO CHEMICALS, NO RESIDUES
UV-LED disinfection leaves no taste, odor, or toxic residue in the water. You get clean, safe water without adding any chemicals. - COMPLIANCE WITH STRICTER NATIONAL REGULATIONS
UV germicidal equipment helps meet increasingly demanding national requirements for the bacteriological quality of drinking water. - ENERGY SAVINGS AND LOW MAINTENANCE
Our systems operate at full power only when water is flowing, ensuring a lifespan of at least 3,000 hours.
They continuously display their operating status.
In standby mode, they use just 20% of LED power, minimizing consumption while maintaining readiness. - PROTECTION AGAINST INVISIBLE THREATS
Microorganisms such as E. coli, Salmonella, and Giardia can be present in water without any visible signs and cause serious infections. Our UV-LED system acts as a protective barrier, eliminating 99.9% of bacteria and viruses with UV-C light.
- RELIABLE TECHNOLOGY BACKED BY SCIENCE
UV disinfection has been used for decades in hospitals, water-treatment facilities and even by NASA.
It is a trusted, scientifically proven method for ensuring microbial safety.