Cold
weather
operation:
in
cold
water
conditions
(below
60
o
F),
sanitizer
demand
is
reduced
significantly.
The
Breeze
reduces
its
output
automatically
with
water
temperatures
of
59
o
F
and
below;
the
service
light
will
come
on
to
indicate
the
cold
water
condition.
If
the
water
temperature
continues
to
drop,
the
system
will
eventually
stop
producing
chlorine.
This
feature
extends
the
life
of
the
Electrolytic
cell.
For
colder
climate
regions
with
sustained
low
or
freezing
temperatures,
it
is
recommended
that
your
equipment
be
properly
drained
and
winterized
by
a
qualified
pool
professional.
SYSTEM
MAINTENANCE
Cell
Maintenance
‐‐
How
and
When
to
Clean
Your
Cell
Although
the
Breeze
is
a
low
maintenance
reversing
polarity
system,
occasional
manual
cleaning
of
the
low
maintenance
Electrolytic
cell
will
be
required
to
remove
scale
and
calcium
build
up.
How
often
this
cleaning
is
needed
depends
on
the
chemistry
of
the
pool
water,
including
the
hardness
of
the
water
and
how
you
balance
your
pool
water
chemistry,
among
other
things.
Although
cleaning
once
every
one
to
three
months
is
fairly
normal,
periodic
inspections
of
the
Electrolytic
cell
through
the
clear
housing
(while
the
system
is
operating)
is
the
best
way
to
determine
if
the
cell
needs
cleaning.
When
to
clean
the
cell
is
easily
determined
by
a
simple
visual
inspection
of
the
cell
while
the
Breeze
system
is
operating.
Carefully
looking
through
the
cell
housing,
check
for
buildup
(which
is
easily
seen)
on
the
electrodes
and
the
legs
that
attach
the
electrodes
to
the
cell
base
(illustration
4
below).
If
there
is
no
buildup,
there
is
no
need
to
clean
the
cell.
If
there
is
buildup,
ALWAYS
TURN
OFF
THE
PUMP
PRIOR
TO
CLEANING
THE
CELL.
THE
PUMP
AND
FILTER
SYSTEM
IS
OPERATED
UNDER
PRESSURE,
AND
THE
PRESSURE
MUST
BE
RELIEVED
BEFORE
YOU
WILL
BE
ABLE
TO
REMOVE
THE
CELL.
HOW
TO
CLEAN
THE
CELL
1.
Remove
the
cell
cap
(the
large
black
cap
at
the
end
of
the
clear
cell
housing)
by
turning
it
counter
clock
‐
wise.
2.
Gently
pull
the
cell
electrodes
out
of
the
housing,
being
careful
not
to
damage
the
O
‐
Ring.
3.
Once
the
cell
is
removed
from
the
housing,
slide
the
cleaning
stick
(the
SGS
ARD)
between
the
blades
to
remove
any
calcium
buildup
(see
Illustration
3
below).
Make
sure
to
clean
the
legs
of
the
electrodes
as
well
(see
illustration
4
below).
NOTE:
THERE
IS
NO
NEED
TO
USE
ACID
FOR
THIS
PROCESS
AS
IT
REDUCES
THE
LIFE
OF
THE
ELECTRODES.
4.
Take
the
O
‐
Ring
out
of
the
cell
housing,
and
remove
material
or
debris
from
it.
Once
you
have
cleaned
the
O
‐
Ring,
use
a
towel
or
Q
‐
TIP
to
wipe
out
the
channel
in
the
cell
housing
that
the
O
‐
Ring
seats
into.
5.
Return
the
O
‐
Ring
to
its
channel
in
the
cell
housing
(DO
NOT
USE
LUBRICANT).
6.
Install
the
electrodes
into
the
cell
housing,
making
sure
not
to
disturb
the
O
‐
Ring.
Seat
the
tab
on
the
top
of
the
cell
base
into
the
indentation
on
the
cell
housing.
If
this
is
done
correctly,
the
sensor
located
at
the
electrode
base
will
be
facing
up
in
the
12:00
position.
7.
Return
the
black
cap
to
the
cell
housing
and
hand
tighten
in
the
clockwise
direction.
Be
careful
not
to
over
tighten.
8.
Re
‐
start
your
pump;
any
loosened
calcium
will
probably
be
brushed
off
with
the
water
flow.
17
