Jonix maximate, Use And Maintenance Manual

Page: 8 / 44

8
JO NIX
maximate
H
2O
, O
3
, VOC
BACTERIA
FUNGI
MOLDS AND YEASTS
MICRO
BIC
ID
AL
A
C
TIO
N
free radical
OH, HO
2
, HO
2
- •
This sanitization device, by exploiting the physical process of ionisation, promotes the controlled
formation of particular ionic species (electrically charged species) in the air, through an
electrostatic field that simulates the natural process that normally occurs through solar radiation,
mechanically or by means of other physical phenomena.
The particular ionic species produced have proved to be particularly effective as sanitizing agents
in the air and on surfaces, moreover are historically and scientifically proven to be beneficial in
people, especially those with a negative electrical charge (arising from individual or small groups
of molecules that receive an electron).
3 - THE OPERATING SYSTEM
electric
field
< 3000W
free electron
Staphilococcus
Aureus
Abatement > 98%*
Aspergillus
Niger
Abatement > 96%*
Saccharomyces
Cerevisiae
Abatement > 99%*
neutral molecule
(O
2
, CO
2
, H
2
O)
gas molecule
(O
2
, O
3
, NO, NO
2
)
stable negative
ion
(O, O
2
, O
3
)
The
JO NIX
maximate
mobile filtering and sanitation
module, is the ideal solution for purifying and
decontaminating air in environments at risk such as
hospitals, clean rooms, food processing and packaging
rooms and clinics.
It is immediately operational after installation, requiring
no further operations.
The device combines 3 progressive filtration stages to
active air sanitization before it is reintroduced into the
environment.
The advanced control system adjusts ventilation and
the ionising load necessary to sanitise and purify air.
It is designed for quick and convenient maintenance as
all its components can be accessed from the front. The
sanitising cabinet is equipped with a double grid with
movable fins to direct the supply air flow. Compact,
portable and quiet, the
JO NIX
maximate
module
quickly and effectively meets the requirements of reducing bacterial and particulate load.