Aquasana OptimH2O AQ-RO-3 User manual

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Owner’s
Manual
—
AQ-RO-3
Aquasana
0ptimH20™
Drinking
Water
System
Reverse
Osmosis
plus
Claryum®
Filtration
Technology
Welcome
to
the
Aquasana
experience.
You
are
about
to
enjoy
clean,
clearwater and the
peace
of
mind that
comes
from
knowing
award
winning
filter
technology
is
working
for
you.
The
AQ-RO3
Post
Filter has been tested and
certified
by
NSF
International
against
NSF/
ANSI
Standards
42
and
53
in
model
AQ-
RO-3
for
the reduction claims
specified
on
the
Performance
Data
Sheet
as
verified
and
substantiated
by
test
data and
at
nsf.org.
The
AQ-RO-3
system
has been tested and
certified
by
NSF
International
against
NSF/
ANSI
Standard
58
for
the reduction claims
specified
on
the
Performance
Data
Sheet
as
verified
and
substantiated
by
test
data
and
at
nsf.org.
r
1
NSF

WARNING:
Using
a
qualified
installer
is
recommended.
/jj\
Proper
installation
is
the
responsibility
of
the installer.
/g\
Product
failure
due
to
improper
installation
is
not
covered under the
warranty.
NOTE:
Keep
these
instructions
for future reference
PLAN
FOR
INSTALLATION
Prior
to
installation,
we
recommend
you
read the
entire
manual
to
familiarize
yourself
with
the
system,
and
help
you
determine the best location
for
installation. Please check
and
comply
with
all
local
plumbing
codes.
PREPARE
SITE
FOR INSTALLATION
NOTE:
If
you
have
metal drain
pipes,
consult
a
plumber
for
installation
of
drain
connection.
i.
Prior
to
installation,
close
the cold
water
shut
off
valve.
2.
Temporarily
place
system
manifold,
remineralizer,
and
tank
into
the under
sink
cabinet
or
desired location
to
ensure
adequate
space
and
proper
positioning.
3.
%”
white
tubing
will
be
used
to connect
manifold
to
tank,
and
from faucet
stem
to
remineralizer.
Measure
out
%”
white
tubing
from
the
top
of
the tank
to
the outlet side
of
the
system
manifold
and mark
Vs"
tubing.
Then
measure
remaining
length
of
Ve"
tubing
from
the
remineralizer
to
the desired location
of
the
faucet
hole
to
ensure
there
will
be
enough
Vs”
tubing
available
for
both
connections. Wait
to cut
tubing
and
follow
instructions
below.
4.
Remove
system,
remineralizer,
and tank
from
under
your
sink
to
begin
installation.
INSTALLATION OVERVIEW
Step
1
-
Install
Brass Tee
Fitting
Step
2
-
Install
RO
System
Manifold
Step
3
-
Install
Water
Storage
Tank
Step
4
-
Install
RO
Faucet
Step
5
-
Install
RO
Drain
Connector
Step
6
-
Connect
Tubing
Step
7
-
Stage
1-3
Filter Installation
Step
8
-
Sanitize,
Pressure
Test,
Purge
System
Q
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aqua-
ana
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© ©
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©
HOT COLD
©

REQUIRED
TOOLS
&
MATERIALS
•
Basic
plumbing knowledge
•
Tape
Measure
•
Utility
Knife
•
Screwdriver
(Phillips)
•
Zs'&Vsi”
Drill
Bits/Drill
•
Adjustable
Wrench
•
Bleach
•
Safety
Glasses
•
Pencil
•
Masking
Tape
•
Pan
or
Bucket
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WHAT’S INCLUDED
A
System
Manifold
B
Carbon
Filter
Sump
C
Membrane Filter
Sump
D
Claryum
Filter
Sump
E
Remineralizer
R
90°
Elbow
S
Mounting
Screws
T
Brass
Tee
U
Bracket
V
Tubing
%”
Red
W
Tubing
%”
White
X
Tubing
%”
White
Y
Carbon
Filter
Cartridge
Z
Claryum
Filter
Cartridge
I
Eye
Dropper
J
Tank
Connector
K
Teflon®
Tape
L
Drain
Connector
M
Nuts
&
Bolts
N
Foam
Seal
O
O-Ring+Faucet
Base
P
Toggle
Bolts
Q
Flow
Restrictor
F
RO
Faucet
Spout
G
RO
Faucet
Body
&
Stem
(stem
not
shown)
H
Water
Storage
Tank

1
-
INSTALL BRASS
TEE
FITTING
i
Turn
off
the cold
water
supply
to
the sink.
2
Turn
on
the kitchen
faucet
to
release
pressure
and allow
water to
drain
from
the line.
3
Disconnect
the cold
water
line
from
the
'A"
threaded
stem
on
the bottom
of
the kitchen
faucet.
Attach threaded ends
of
supplied
brass
tee to
the cold
water
supply
line and
shut-off
valve;
tighten
using
an
adjustable
wrench.
4
Attach
%”
white
tube
to
the
brass
tee:
\
y y y y y y
A.
Slide
the
compression
nut onto
the white
tubing.
B.
Slide
the
plastic
sleeve
onto
the white tube.
C.
Place brass
insert into
the
opening
of
white tube.
D.
Push the
tip
of
the white
tubing
into
the
opening
of
the brass
tee.
E.
Slide
the
compression
nut onto
the threads
of
the brass
tee.
F.
While
holding
the white tube
in
place,
tighten
the
compression
nut
to
compress
the
plastic
sleeve and
create
a
seal.
NOTE:
Use
a
wrench
to
ensure
complete
seal. Avoid
overtightening.
5
Do
not
connect
the other end
at
this
time.
3
-
INSTALL
WATER
STORAGE
TANK
On
the
nipple
on
top
of
the
tank,
apply
Teflon®
tape
4
or
5
times
clockwise around
in
the
same
direction
as
the threads.
Hand
tighten
the tank
connector onto
the tank
nipple
until
secure.
NOTE:
Do
not
cross
thread
or
over
tighten.
Using
mount
stand,
place
tank
near
the
system
manifold.
Measure
3/8”
white
tubing
to
the outlet
side
of
the
system
manifold
and
ensure
you
have
enough
tubing
to connect
tank and
system
manifold
as
well
as
enough
left
to
attach
faucet
stem
and
remineralizer.
Cut
3/8”
white
tubing.
1
2
to"
3
(§)

2
-
INSTALL SYSTEM
MANIFOLD
i
Select
an
easily
accessible
area
under the sink
to mount
system
manifold
and remineralizer holder.
You
want to
allow
at
least
a
4
to
6
inch clearance below the
filters
to
the
floor
to
allow
ample
space
for filter
changes.
To
help
gauge
the
right
location
for
your
system
manifold,
insert
first
and third
stage
filter
sumps
into
manifold.
Insert
sumps
by aligning
top
connection
points
and
push
up
and
to
the
right
until
sumps
are
locked
in.
V
2
Mark
wall
placement
for
mounting
screws
using
built-in bracket
on
back
of manifold.
Make
sure
holes
are as
level
as
possible.
Mark
screw
placement
of
the remineralizer holder
1
or
2
inches
from
the third
stage
sump
to
the
right
of
the
manifold.
3
Drill
two
pilot
holes
for
mounting
brackets
using
14”
drill bit
for
the
system
manifold.
NOTE:
Use
caution
not to
drill
into
anything beyond
the cabinet wall.
4
Insert
mounting
screws
into
the wall
leaving approximately
%”
of
each
screw
exposed.
5
Remove
first
and
third
filter
sumps
from manifold
by
turning
each
sump
to
the
left
and
pulling
down
before
hanging
manifold
on
wall.
Mount
manifold
on
wall
and
screw
in.
Be
careful
not to
over
tighten.
6
Screw
in
remineralizer holder
onto
wall.
atemjja
1
4
Install the
3/8”
white
tubing
to
the tank:
A.
Push the
tubing through
the
nut,
collar and sleeve
into
the
connector.
B.
Unscrew
the
compression
nut
from
the tank
connector to
ensure
that the
tubing
is
connected all the
way
through
the collar and sleeve.
C.
Slide
the
nut to
the threads and
tighten
with
a
wrench. Avoid
over
tightening.
A

4-
INSTALL
RO
FAUCET
You
will
need
a
sink
top
hole between
VA”
and
VA”
in
diameter.
If
drilling
a new
hole,
ensure
faucet
body
will
mount
fat
against
surface
and that there
is
sufficient
tubing
between
faucet
body
and
system
manifold.
NOTE:
Drilling
holes
into
solid
surfaces
or
surfaces
made
of
stone
should
only
be
performed
by
a
qualified
and
certified
installer.
i
Attach
remaining
%”
white
tubing
to stem
on
faucet
body by
wetting
tubing
end
and
inserting
into
faucet
stem
fitting
approximately
5/8”
until
it
stops.
Gently
tug
on
the
tubing
to
ensure
it
is
firmly
seated
in
fitting.
NOTE:
Do
not connect
3/8”
white
tubing
from
tank
to
faucet.
2
Mount
faucet
base
by pushing toggle
bolts
through
the
sink
hole
until
faucet
base
is
flush
with
countertop.
Position
toggle
bolts under
sink
surface
being
certain
faucet
stem
will
not
be obstructed.
Loosely
fasten faucet
base
to
countertop
by tightening toggle
bolts,
alternating
between
left
and
right
sides
to
evenly tighten.
Leave
loose
to
adjust
faucet
body
as
desired.
3
Route
the
3
tubes attached
to
faucet
body through
the
faucet
base and
through
hole
in
sink
until
approximately
12”
of
tubing
remains
above sink.
4
Turn
%
clockwise and
holding
faucet
base
firmly,
mount
faucet
body
to
faucet
base.
Adjust
faucet
body
handle
to
desired location.
5
To
tighten
faucet,
hold base
firmly
to
keep
it
from
moving
while
turning
faucet
body
%
turn
counterclockwise.
Tighten toggle
bolts
evenly, making
sure
not to
over
tighten.
6
Mount
faucet
body
to
faucet
base;
turn
!4
turn
clockwise
until
it
locks.
7
Attach
faucet
spout
to
faucet
body by
screwing
spout
nut
to
body.
I
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5
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z3

5
-
INSTALL
RO
DRAIN
CONNECTOR
WARNING
CAUTION
Be
sure
that all electrical
appliances
and
outlets
are
turned
off
at
the
circuit
breaker
before
working
in
the cabinet
area.
Please
wear
safety
glasses
to
protect
eyes
when
drilling.
.w.
i
Identify
drain outlet
location.
2
Remove
protective
cover
from
back
of foam
seal.
3
Knock
center
hole
out,
align
holes,
and attach
to
front
plate
of
drain
connector.
4
Allowing
room
for
drilling,
position
the drain
connector
on
sink
drain
pipe
above drain
trap.
5
Securely
tighten
nuts
and
screws.
6
Using
drain
connector
port
as
drill
guide,
drill
7/32”
hole
through
wall
of
drain
pipe.
Be
sure
not to
penetrate
opposite
side
of
pipe,
and be
careful
not to
damage
side
of
drain
port
fitting.
a
.©
l®
0
&
o
7
HOT
COLD

6
-CONNECT
TUBING
0.95-
Tube
Marking
Guide:
,-4-
Tubing
Do’s
Insert
tubing
ALL
THE WAY
IN
to
prevent
leaking.
In
most
cases,
up
to
nearly
a
full
inch.
Wet
end
of
tubing
to
more
easily
insert into
all
inlets and
outlets.
Cut
excess
tubing
in
order
to
prevent
crimping,
kinks,
loops
or
folds.
I
I
TT T T
TT
2
(actual size)
"|
Tubing
Dont’s
DO NOT
cut
tubing
too
short.
Always
double check
measurements
before
cutting.
DO NOT
bend
or
crimp
or
kink
tubing.
DO NOT
discard
excess
tubing.
£
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©
O
Ed
o
o
HOT COLD

Brass Tee
to
Manifold
“INLET”
(%”
white
tubing)
i
Take the white
tubing leading
from
the brass
tee
and
insert
it
into
the
manifold
port
labeled
“INLET”.
Remember
to
push
it
all the
way
in
until
it
stops.
II:
Manifold
to
Remineralizer
(3/s”
red
tubing
included
in
packaging)
1
1nsert
one
end
into
the
manifold
port
labeled
“FAUCET”.
2
Insert
the other end
into
the
remineralizer
port
labeled
“INLET”.
Ill:
Remineralizer
to
Faucet
(%”
white
tubing already
attached
to
faucet)
i
Insert
the
%"
white
tubing
(that
was
installed
in
step
4)
from
the
faucet
into
the
remineralizer
port
labeled
“OUTLET”.
IV:
Manifold
to
Tank
(3/a”
white
tubing
already
attached
to
tank)
1
Take
the
white
tubing leading
from
the
storage
tank and
insert
it
into
the
manifold
port
labeled
“TANK”.
Remember
to
push
it
all the
way
in
until
it
stops.
V: Air
Gap
to
RO
Membrane
(%”
red
tubing
from
faucet)
1
1nsert
restrictor
into
the end
of
the red
tubing.
2
Attach
%”
red
tubing
to
the
90°
elbow until
it
stops.
3
Attach
%”
90°
elbow
to
the membrane drain
port.
V
Faucet
to
Drain
Connector
(%”
red
tubing
from
faucet)
1
Take the
3/s”
red
tubing
from faucet
and
insert
it
all the
way
into
the drain
connector.
Hose
Connections:
Q
Vt"
White
Brass
Tee
to
Manifold
%”
Red
Manifold
to
Remineralizer
Red
(J)
%”
White Remineralizer
to
Faucet
Red
%”
White
Manifold
to
Tank
Membrane
to
Faucet
Faucet
to
Drain
Connector
&
1
(A
J'K-JT
|
Stage
3
i
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7
-
STEP
1-3
FILTER
INSTALLATION
Before
you
begin:
make
sure
the coid
water
valve
is
shut
off
and there
is
no
pressure
in
the
system.
Carbon
(red)
and
Ciaryum (yellow)
fitter
cartridges
will
come
pre-instaiied
in
their
cartridge
sumps.
i
Attach red carbon
sump
to
the
ist
stage
position
on
the inlet side
of
the
system
manifold.
Make
sure
all
connection
points
are
aligned
and
push
the
top
of
the
sump
up
and
into
the
system
manifold.
Turn
it
towards the
right
until
it
locks
in.
2
Repeat
step
l
for
the
2nd
Stage
RO
membrane that
goes
in
the
center,
and
for
the
yellow
Ciaryum
cartridge
in
the
3rd
stage
position
on
the outlet
side
of
the
system
manifold.
(ÿaquasana
|
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8
-
SANITIZE,
TEST
&
PURGE
Sanitize
Note:
Sanitization
is
recommended
immediately
after
RO
Fitter
System
installation and
any
inner-part
servicing.
The
person
sanitizing
should have dean hands
during
this
process.
i
Shut off
water
supply
to
RO
system.
2
Open
faucet.
If
tank
is
not
empty,
allow
to
drain until
empty.
3
With
included
eyedropper
and
household
bleach
(5.25%),
disconnect
white
tubing
from
the
manifold
outlet labeled
“TANK”.
Note:
Bleach needs
to
be handled
according
to
manufacturer’s
instructions.
4
Add
3ml
bleach
into
open
end
of
tank white
tubing.
5
Reconnect
the tank
from
the tube
into
the
manifold outlet labeled
“TANK”.
Be
sure
to
push
tubing
in
all the
way.
6
Sanitation
will
be
completed
during
the
following
pressure
test
and
purge.
Important:
Bleach
must
be
completely
removed
from
system
before
drinking
water.
See
Purge
instructions
below.
4jaquasana
1::
S3
©
Pressure Test
important:
Complete
sanitization
prior
to
pressure
test.
i
Open
cold
water
supply
valve
to
RO
Filter
System.
2
To
purge
air
from
the
plumbing
system,
open
kitchen
faucet.
Close
faucet
when
water
runs
smooth.
3
Confirm
RO
faucet
is
closed.
4
Within
approximately
2
hours,
pressure
will
start to
build
in
the
RO
Filter
System.
Carefully
inspect
all
connections
and
fittings
while this
pressure
buildup
occurs.
5
Check for
leaks.
If
leaks
are
found,
fix
by
ensuring
all
tubing
is
cut
squarely
and
fully
inserted.
Also
confirm
there
are no
scratches,
dents
or
notches
at
tubing
end.
If
there
are,
squarely
cut
1”
off
and
re-insert.
Note:
When
RO
Fitter
System
is
first
pressurized,
water
may
project
from faucet
air
gap
hole until
air is
passed
from
RO
Fitter
System.
Purge
i
Open
RO
faucet
and let
water
flow
through
system
for
24
hours.
Note:
Flow
rate
will
be
slow
during
this
time.
2
Close
RO
faucet
after
purge
is
complete.
Note: Your
RO
Filter
System
is
ready
for
use
when
purge
is
complete,
however,
you
will
not
have
filtered
water
immediately.
It
takes
7-3
hours
to
completely
fill
the tank. The
flow
rate
will
be less than
your
kitchen
faucet.
Water
will
run
to
the drain while the
RO
Filter
System
is
filtering
water
-
even
when
not
in
use.
This
is
normal.
Water
going
to
drain
will
stop
automatically
when tank
is
at
capacity.

3-STAGE
RO
SYSTEM
-
MODEL
AQ-RO-3
Metric
U.S.
Membrane
Production1
35
gpd
132
Ipd
Membrane
TDS
Reduction1
95%
minimum
95%
minimum
System
Production2
13-32
gpd
50.4
Ipd
TDS
Reduction2
96.3%+
average
96.3%+
average
Maximum
TDS
1000
ppm
1000
ppm
Maximum
water
hardness
@
6.gpH
2.64
gpL
logpg
Maximum
Chlorine
in
water
3.0
ppm
3.0
ppm
Supply
water
pH
limits
4-10 4-10
Drain
(reject
water)
Flow
3-5
x
product
flow
3-5
x
product
flow
Empty
Storage
Tank
Precharge
35-48
k
Pa air
5-7
psi
air
Storage
Tank
Capacity2
3.2
gallons
i2.ii
liters
Supply
water
pressure
limits
275-689
kPa
40-100
psi
Supply
water
temperature
limit
40-100°
F
5-37°
C
Efficiency3
17.91% 17.91%
Recovery4
29.43% 29.43%
Specifications
-
Qualified
System
Performance
Because
the
performance
of
a
Reverse
Osmosis
Membrane
is
highly
dependent
upon pressure,
temperature
and
TDS,
the
following
should be used
for
comparison
purposes
only.
1
Industry
standards
measure
RO
Membranes
performance
with
no
back
pressure
on
the
product
water,
at
60
psig
(4i4l<Pa)
and
77°F
(25°C).
Further conditions
on
the above
are
250
ppm
TDS
and
a
30.6%
recovery
rate.
Production
rate
and
TDS
reduction
figures
are
for
a new
Membrane that has been rinsed
for
24
hours. The
production
rate
of
a new
Membrane
can
decrease
by
10%
per
year
or
more,
depending
upon
the
scaling
and
fouling
tendencies
of
the
Feed
Water.
2
Measured
at
50
psi,
77°+2°F,
and
717
mg/I
TDS
per
NSF/ANSI
Standard
58.
3
Efficiency
rating
means
the
percentage
of
the
influent
water to
the
system
that
is
available
to
the
user as reverse
osmosis
treated
water.
Under
operating
conditions
that
approximate
typical
daily
usage.
4
Recovery
rating
means
the
percentage
of
the
influent
water to
the membrane
portion
of
the
system
that
is
available
to
the
user as reverse
osmosis
treated
water
when the
system
is
operated
without
a
storage
tank
or
when the
storage
tank
is
bypassed.
/j\
Do
not
use
with
water
that
is
microbiologically
unsafe
or
of
unknown
water
quality
without
adequate
disinfection before
or
after
the
system.
Systems
certified for
cyst
reduction
may
be used
on
disinfected
waters
that
may
contain
filterable
cysts.
/5\
Filter
is
only
to
be used
with
cold
water.
Systems
certified for
cyst
reduction
may
be
used
on
disinfected
water
that
may
contain
filterable
cysts.

Non-potable
Water
Sources:
Do
not
attempt
to
use
this
product
to
make
safe
drinking
water
from
non-potable
water
sources.
Do
not
use
the
system
on
microbiologically
unsafe
water,
or
water
of
unknown
quality
without
adequate
disinfection before
or
after
the
system.
This
system
is
certified for
cyst
reduction and
may
be used
on
disinfected
water
that
may
contain
filterable
cysts.
Arsenic
Reduction:
Arsenic
(abbreviated As)
is
found
naturally
in
some
well
water.
Arsenic
in
water
has
no
color,
taste,
or
odor.
It
must
be measured
by
a
laboratory
test.
Public
water
utilities
must
have their
water
tested
for
arsenic. You
can
get
the results
from
your
water
utility.
If
you
have
your
own
well,
you
can
have
the
water
tested. The local health
department
or
the
state
environmental
health
agency
can
provide
a
list
of certified
labs. The
cost
is
typically
$15
to
$30.
Information
about
arsenic
in
water
can
be
found
on
the
Internet
at
the
U.S.
Environmental
Protection
Agency
website:
www.epa.gov/safewater/arsenic.html.
There
are
two
forms of
arsenic:
pentavalent
arsenic
(also
called
As(V), As(+5),
and
arsenate)
and
trivalent
arsenic
(also
called
As(lll), As(+3),
and
arsenite).
In
well
water,
arsenic
may
be
pentavalent,
trivalent,
or a
combination
of
both.
Special
sampling
procedures
are
needed
for
a
lab
to
determine what
type
and how
much
of
each
type
of
arsenic is
in
the
water.
Check
with
the labs
in
your
area
to
see
if
they
can
provide
this
type
of
service.
Reverse osmosis
(RO)
water treatment
systems
do
not
remove
trivalent
arsenic
from
water
very
well.
RO
systems
are
very
effective
at
removing
pentavalent
arsenic.
A
free
chlorine residual
will
rapidly
convert
trivalent
arsenic
to
pentavalent
arsenic.
Other
water treatment
chemicals such
as ozone
and
potassium
permanganate
will
also
change
trivalent
arsenic
to
pentavalent
arsenic.
A
combined chlorine residual
(also
called
chloramine)
may
not convert
all the trivalent
arsenic.
If
you
get
your
water
from
a
public
water
utility,
contact
the
utility
to
find
out
if
free
chlorine
or
combined chlorine
is
used
in
the
water
system.
The
AQ-RO-3
system
is
designed
to
remove
pentavalent
arsenic.
It
will
not convert
trivalent
arsenic
to
pentavalent
arsenic.
The
system
was
tested
in
a
lab. Under
testing
conditions,
the
system
reduced
[0.3
mg/L
(ppm)
or
0.050
mg/L
(ppm)]
pentavalent
arsenic
to
0.010
mg/L
(ppm)
(the
USEPA
standard
for
drinking
water)
or
less. The
performance
of
the
system
may
be
different
at
your
installation.
Have
the treated
water
tested
for
arsenic
to
check whether the
system
is
working properly.
The
RO
component
of
the
AQ-RO-3
system
must
be
replaced
every
1-3
years
to
ensure
that
the
system
will
continue
to
remove
pentavalent
arsenic.
The
component
identification
and
locations where
you
can
purchase
the
component
are
listed
in
the
installation/operation
manual.
Nitrate/Nitrite
Test
Kit:
This
system
is
acceptable
for
treatment
of influent
concentration
of
no
more
than
27mg/l_
nitrate
and
3mg/L
nitrite
in
combination
measured
as
N.*
This
system
is
supplied
with
a
nitrate/
nitrite
test
kit.
Product
water
should
be
monitored
periodically according
to
the
instructions
provided
with
the
test
kit.
*Nitrate/Nitrite
reduction
is
not
part
ofNSF Certification.
Installations
in
The
Commonwealth
of
Massachusetts:
The
Commonwealth of
Massachusetts
requires
installation be
performed
by
a
licensed
plumber
and do
not
permit
the
use
of
saddle valves.
Plumbing
code
248—
CMR
of
the
Commonwealth of
Massachusetts
must
be
followed
in
these
cases.

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aquasana
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6310
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Haltom
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Texas
76117
866.662.6885
USA
877.332.7873
Canada
www.aquasana.com
AQR03_install_20i4io3i