Li.LAC Microphone Disinfector (DEMO UNIT)

Features

• 5 to 10 minute disinfection cycle with 2 minute cold preheat time.

• Rugged and road-ready 19″ 3U rackmount unit

• UV-C chamber suitable for 3 handheld microphones or handheld transmitters

• Can also be used to disinfect other, small items like lavalier mics, headsets, beltpacks etc.

• Irradiation chamber with customised UV-C mirrors on all boundaries for optimized energy distribution

• Superior UV-C germicidal lamp technology (long lifetime, high efficiency, ozone-free)
  Power: 2x 16W, Wavelength: 254nm

• Electrical monitoring of UV-C lamps health status to verify and ensure correct operation

• Safety switch and immediate auto-shut-off if the UV-C chamber gets opened during cleaning cycle

• 24 months warranty (excl. UV-C lamps and wearing parts)

Li.LAC has been verified by an independent, accredited laboratory. The results showed a reduction of 99.3% of viral load on strongly contaminated microphones (including the metal grille and foam underneath) after 10 minute irradiation inside a Li.LAC unit. (for full disinfection rate information click HERE).
* The exact surface disinfection level varies with the type of virus or bacteria and with the shape and the surface of the microphone or object to be disinfected.

The UV-C sources inside Li.LAC are low-pressure mercury vapor lamps of the latest generation. The irradiation chamber of Li.LAC is light tight and no harmful UV radiation is emitted outside the chamber. The UV-C lamps can only be activated with the hatch closed. A safety switch immediately deactivates the UV-C lamps, if the chamber gets opened while the disinfection process is running. The ultraviolet emission through the gap around the hatch is <10µW/cm².

Intense UV-C light (like the one used inside Li.LAC) has a wearing effect especially on plastics, foams and paint and powder coatings. Multiple long-time exposure tests with various microphones have been conducted and the results show that the aging / wearing effect implied by UV-C disinfection inside Li.LAC is negligible compared to the normal aging that happens to the microphones (due to mechanical impacts, dirt, humidity, temperature etc.). The exact test results can be found here.

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