Page
1
of
18
I.
Introduction
to
Air
‐
Q
1100
The
Air
‐
Q
1100
appliance
is
an
air
treatment
system
for
interior
spaces
served
by
a
ducted
HVAC
air
handling
system
(“HVAC”).
The
Air
‐
Q
1100
delivers
a
fragrance
or
air
treatment
agent
(“Agents”)
into
the
airflow
of
the
HVAC
system
either
through
the
central
fan
unit
(CFU)
or
at
suitable
locations
in
the
branched
ductwork.
It
is
designed
for
permanent
installation
on
the
outside
or
inside
of
the
CFU.
The
Air
‐
Q
1100
is
managed
by
an
on
‐
board
computer
that
is
fully
programmable
for
space
sizes
from
1,000
to
250,000
cubic
feet
per
appliance
and
one
or
more
intensity
levels
in
the
same
day.
Multiple
appliances
can
work
together
on
the
same
or
multiple
CFUs
to
treat
the
air
in
the
same
spaces
served
by
the
HVAC.
In
this
way,
there
is
no
limitation
on
the
size
of
the
space
that
can
be
served
by
Air
‐
Q
1100.
Air
‐
Q
1100
requires
little
to
no
maintenance
except
periodic
cleaning
for
appearance.
Installations
of
Air
‐
Q
1100
are
designed
so
that
the
consumption
of
the
consumable
Cartridges
of
Agent
(“Cartridges”)
requires
replacement
no
more
frequently
than
once
a
month.
Typical
Air
‐
Q
1100
applications
include
air
treatment
for
odor
remediation,
scent
branding
and
ambient
scenting
in
public
spaces
such
as
casinos,
malls,
hotels,
theaters,
ballrooms,
convention
centers,
hospitals,
and
restrooms.
The
Air
‐
Q
1100
generates
ultra
fine,
ultra
‐
light
droplets
approximately
500
nanometers
in
diameter.
By
comparison,
a
droplet
from
a
pressurized
aerosol
is
50
microns
(50000
nanometers)
in
diameter
or
166
times
larger
than
an
Air
‐
Q
1100
droplet.
In
terms
of
weight
and
volume
of
liquid,
the
comparison
is
even
more
dramatic.
A
50
‐
micron
aerosol
droplet
is
4.6
million
times
heavier
than
a
300
‐
nanometer
Air
‐
Q
droplet.
1
This
tiny
Air
‐
Q
droplet
offers
many
performance
benefits
over
a
conventional
aerosol
including:
completely
uniform
distribution
of
the
treatment
agent;
100
times
more
exposed
surface
area
allowing
use
of
much
less
air
treatment
agent
per
cubic
foot;
and
the
absence
of
any
liquid
deposits
on
surfaces
such
as
the
interior
surfaces
in
a
HVAC
system.
The
Air
‐
Q
1100
Guide
is
packed
with
important
information
that
will
help
the
users,
installers
and
service
engineers
optimize
the
performance
of
this
modern
air
treatment
system.
We
encourage
you
to
read
it
carefully.
1
This is calculated using the formula for the volume of a sphere
where
V
is the volume or weight and r is
the radius of the droplet.
