

UV222 Linear
Designed for operating theatres, this lamp upholds cleanliness standards crucial for sterile environments by reducing microbial load, thereby lowering the risk of surgical site infections and improving patient safety and outcomes.
Linear light for operating theatres
The UV222 Linear seamlessly integrates visible light and continuous air and surface decontamination. Designed for installation in operating theatres and various settings requiring the dual effect of visible and Far-UVC light at 222 nm, such as patient rooms, restrooms, medical staff rooms, and waiting areas.
In operating theatres, the UV222 Linear offers flexibility, suitable for being installed as a stand-alone unit or integrated with a Laminar Air Flow (LAF) system. This integration ensures effective, chemical-free decontamination, serving as a powerful asset in maintaining the cleanliness and safety standards of modern surgical facilities, all without posing any risk to patients or medical staff.
True and flicker-free colours
The UV222 Linear combines decontamination and strong lighting, providing clear, true colors with a 90 CRI and 4,000 K. Its flicker-free design and color variation help reduce fatigue and boost productivity for surgeons and nurses.
Light source |
Krypton chloride excimer lamp / white light / RGB |
Wave length |
222 nm |
Output |
115 mW (Typical) |
Input voltage |
80-264 V AC |
Max power consumption |
60 W |
Mode |
Continuous / duty cycle / motion activated |
Weight |
2.3 kg (5.07 lbs) |
Dimensions† |
999 x 60 x 59 mm (39.33 x 2.36 x 2.32 in) |
Power/data lead |
3 x 0.5 mm² (20 AWG) + 1 pair twisted data |
Operating temperature |
0° to +40° C (32° to 104° F) |
† Product can be customised.
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Wavelength
■ 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.
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Beam angle
Beam angle. UV222 is available as both a 60° and 100° version, and every lamp is measured after production and sent with its unique specifications report.
Light source Krypton chloride excimer lamp 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 1.9 kg (4.19 lbs) Dimensions 303.45 mm x 120.00 mm x 75.25 mm (11.9 x 4.7 x 3.0 in) Power lead (PVC) 3 x 0.75 mm² / 95 cm (18 AWG / 3.11 ft) Operating temperature 0° to +50°C (32° to 122° F)
Light measurement results
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° |
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Photometrics and exposure time SARS-CoV2/COVID-19
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.
60° beam angle
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/cm2100° beam angle
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/cm2UV222 lamps are currently used to improve environmental hygiene in multiple locations, such as hospitals, dental clinics, entertaining events and business areas.
Dimensions

UV222 Linear can be customised to specific needs.
Do you want the Product Datasheet or the Technical & Installation manual?
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Enhancing Infection Control with Far-UVC Against Candida Auris
Our research underscores the power of Far-UVC technology as a game-changer in combating Candida auris, a pathogen posing significant challenges in healthcare facilities. The recent study confirms that Far-UVC light can inactivate 99% of Candida auris on various surfaces within 45 minutes, offering a robust solution that enhances hospital hygiene and reduces dependency on manual cleaning. This innovative technology effectively works on materials like steel, glass, and plastic, crucial for preventing the spread of an organism known for its alarming resistance to antifungal treatments and its ability to cause severe infections.
Achieving Annex 1 Compliance in Aseptic Filling Lines with UV222 Linear
The UV222 Linear as a paramount solution for achieving compliance with the stringent Annex 1 guidelines in aseptic filling lines. This innovative technology ensures the highest standards of sterility by providing continuous decontamination capabilities that optimize safety and efficiency in pharmaceutical manufacturing environments. Utilizing Far-UVC light, the UV222 Linear addresses the critical requirements for microbial control without compromising human health, paving the way for a new era in cleanroom operations.
