INTRODUCTION:
Germicidal radiation is an artificial radiation from the UV part of
the spectrum. In terms of air sterilization, radiation in the range
of 280 to 200 nm is most effective. GRIZZLY devices produce
ultraviolet radiation with a wavelength of 253.7 nm.
UV radiation of this wavelength disrupts and destroys the
ribonucleic acids found in the cells of living organisms. As a result
of radiation, changes in the structure of cells occur. Cell division
is inhibited and completely stopped at a certain dose of UV
radiation.
Direct irradiation of the air in the room with UV radiation is the most effective way of sterilizing the air. It covers the entire volume of air, destroying germs even on walls and floors.
It is a homogeneous radiation that is able to destroy germs even in places where common disinfectants have not been applied (except for the shadow formed by obstacles).
Germicidal tubes have a lifespan of up to 18,000 hours. After this time, they need to be replaced.
Exposure times to this distance are very short for disinfection in the irradiated zone to be very effective.
The disinfection should therefore take place repeatedly at short intervals - e.g. after each client.
An open germicidal emmitter is used to directly irradiate a room without the presence of people.
SAFETY REQUIREMENTS FOR THE OPERATION OF THE OPEN UVC LIGHT EMMITTER:
1. The location of the equipment must ensure that in no case can there be direct exposure of operating personnel or clients to hazardous UV radiation.
3. The remote control also allows you to set the on and off time.
4. Germicidal emmitters may only be operated by persons properly instructed in the device operation and possible risks.
5. It is necessary to ensure regular (once a year) testing of the function of device, control of operating switches and other additional technical means.
6. The recommended exposure times must be observed. Due to the use of sources with a hot cathode (relatively high power of UVC radiation up to 0.5 m distance from the source), long exposure times
are not necessary for the destruction of microorganisms.
