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Our Far-UVC solution for healthcare facilities and hospitals offers ongoing and efficient decontamination without interrupting patient care.
Reduce the likelihood of disease spread when patients and medical personnel are in the ambulance. Our solution ensures effective decontamination of the patient area.
Airborne diseases constantly threaten public health. Combat these risks effectively by enhancing indoor air quality with the installation of UV222.
Designed for effective overhead Far-UVC decontamination, the UV222 Downlight ensures clean air and surfaces in various settings. It fits seamlessly into different environments without affecting people present.
Children and young adults are among the most vulnerable, being particularly affected by the COVID-19 pandemic, during which over 90% of schools worldwide were fully or partially closed. Many organisations have pointed out the high risk of intergenerational inequality, and the need to find new solution to prevent this in the future.
Far-UVC has been identified as the best emerging technology to fight the spread of pathogens in occupied spaces. UV222 Downlight can add substantial protection against aerosolised pathogens in high traffic classrooms, offices, and hallways.
Light source |
Krypton chloride excimer lamp |
Wave length |
222 nm |
Output (60° beam angle) |
115 mW (Typical) |
Output (100° beam angle) |
70 mW (Typical) |
Input voltage |
100-240 V AC 50/60 Hz |
Mode |
Continuous / duty cycle / motion activated |
Max power consumption |
20 W |
Weight |
1.6 kg (3.5 lbs) |
Dimensions |
Ø 178 mm x 129 mm (Ø 7 in x 5 in) |
Power lead (PVC) |
3 x 0.75 mm² / 5 m (18 AWG / 16.4 ft) |
Operating temperature |
0° to + 50° C (32° to 122° F) |
■ UV222 Far UV-C excimer lamp with an optical band-pass filter
■ A typical krypton chloride 222 nm Far UV-C excimer lamp without an optical band-pass filter
WARNING!
Unfiltered Far UV-C can cause cancer and may increase the risk of cataracts.
UV222 is available on both 60° and 100°, but every lamp is measured after production and sent with its unique specifications report.
60° beam angle | 100° beam angle | |
126.92 mW |
Output – total optical power flux, 200 nm – 850 nm |
75.72 mW |
120.79 mW |
Far UV-C 200 nm – 230 nm |
58.79 mW |
6.81 mW |
VIS-IR: 400 nm – 850 nm |
10.71 mW |
0.926 % |
Radiated power/lamp power |
0.57 % |
222 nm |
Peak emission wavelength |
222 nm |
13.8 μW/cm2 |
UV (222 nm) irradiance at centre at 1 m (3’ 10”) |
3.2 μW/cm2 |
60° |
Beam angle |
100° |
The spatial and spectral distribution of the light is measured on each lamp using a 2-axis goniometer giving the entire 3D distribution of the Far UV-C light emitted by it.
Peak emission wavelength: 222 nm
Output power in range (200-230 nm): 115 mW
Dose needed (222 nm, COVID-19) 90% inactivation for
aerosols: 390 μJ/cm2
Dose needed (222 nm, COVID-19) 90% inactivation for
surfaces: 600 μJ/cm2
Peak emission wavelength: 222 nm
Output power in range (200-230 nm): 70 mW
Dose needed (222 nm, COVID-19) 90% inactivation for
aerosols: 390 μJ/cm2
Dose needed (222 nm, COVID-19) 90% inactivation for
surfaces: 600 μJ/cm2
UV222 lamps are currently used to improve environmental hygiene in multiple locations, such as hospitals, dental clinics, entertaining events and business areas.
UV222 Downlight is designed to be integrated into any secondary ceiling capable of holding its weight, only needing a circular opening between 150 to 155 mm.
The standard colur is brushed aluminium.
Custom colour available on request.
The lamp can be inserted on surfaces like suspended ceilings, to ensure its complete integration with the space.
Apr 10, 2025 by Emilie Hage Mogensen
Jan 16, 2025 by Emilie Hage Mogensen
Should you be keen to explore the capabilities of the UV222 Downlight or do you need a quote, just fill in your email. Our team will connect with you promptly, offering insights and support tailored to your needs.
UV Medico's UV222 Downlight has just been installed in an ICU room at the Air Force Specialized Hospital in Egypt, specifically for liver transplant patients. This marks a key moment in improving patient safety with continuous disinfection for some of the most critical environments.
Mold spores can compromise indoor air quality, triggering a range of health issues from severe allergic reactions to life-threatening infections, particularly in hospital environments. Our latest research reveals that intermittent, low-dose applications of UV222 are surprisingly effective in halting mold growth, ensuring cleaner air while maintaining safe environments for human presence. This innovative approach not only aligns with real-world usage but also opens new frontiers for maintaining health standards in medical facilities and beyond.