LUX180 Bactericidal Irradiator for Disinfecting Air and Surfaces in Rooms up to 50 m²

This device belongs to the category of open-type systems and is designed for disinfecting air and surfaces in rooms up to 50 m².

The LUX180 bactericidal irradiator features four 40-watt bactericidal lamps that emit high-intensity ultraviolet light with a wavelength of 253.7 nm.

The intensity of the bactericidal flow of the irradiator is 12 x 4 = 48 W/m².

Application Area

Thanks to its wide coverage, the LUX180 can be effectively used in medical facilities for disinfecting laboratories and medical offices, treatment rooms, and cosmetic salons. It is also suitable for use in sports facilities, children’s institutions, educational institutions, offices, and residential areas in the absence of people.

The lamps should only operate when there are no people or animals in the room.

Technical Data of the LUX180 Bactericidal Irradiator

The lamps are made of high-purity quartz glass and have the abbreviation ZW40S23W, which means:

• ZW – ultraviolet,
• 40 – watts,
• S – two-sided, two-contact,
• 23 – diameter,
• W – ozone-free (if ozone is present, the abbreviation would be Y).

Although the lamps do not produce ozone, some amount of it may form, which can be detected by its characteristic smell.

The device is mobile, equipped with wheels that make it easier to move. Thanks to its design and ease of movement, it is suitable for the sequential disinfection of several rooms. The built-in timer allows you to select a lamp operating mode of 30/60/90/120/150 minutes, after which the lamp will automatically turn off. To prevent ultraviolet exposure to people, it is recommended to use the remote control, which comes with the irradiator.

The service life of the bactericidal lamps in the irradiator is 8,000 hours. However, over time, the bactericidal lamp gradually loses its effectiveness.

How a Bactericidal Lamp Works

Ultraviolet waves with a wavelength of 205–315 nm destroy RNA and DNA, killing viruses, bacteria, mold, fungi, yeast, spores, and other infectious microorganisms. It is important to remember that this action applies to the living cells of any organism, including humans.

Air disinfection using ultraviolet lamps helps prevent the spread of infectious diseases transmitted through aerosol mechanisms (tuberculosis, measles, diphtheria, chickenpox, rubella, respiratory infections, including influenza, COVID-19, etc.).

There are five categories of premises, each with its degree of bactericidal treatment. These range from 130 J/m³ (staircases and public restrooms) to 385 J/m³ (children’s wards, delivery rooms, operating rooms and preoperative areas, wards for the injured and premature babies).

It is important to remember that a bactericidal lamp requires maintenance, and even a thin layer of dust can significantly reduce its effectiveness.

What to do if a Mercury-containing Lamp Breaks? Do not panic! A fluorescent lamp contains only a very small amount of mercury.
Be careful and avoid cutting yourself on the broken glass.
If the fluorescent lamp’s tube is damaged, make sure the lamp is powered off to avoid the risk of electric shock.
Collect the lamp fragments by sweeping them, if possible.
Use a vacuum cleaner only if the surface does not leave alternatives (carpets). Dispose of the vacuum bag containing the lamp fragments.
Ventilate the room.

Safety Measures

While the irradiator is in operation, people and animals must leave the treated room. Additionally, all indoor plants should be removed from the room. It is strictly forbidden to look directly at the working irradiator or attempt to sunbathe under it.