4.3
MODE
SELECTION
Use
the
gauge
arm
to
touch
the
inside
rim
edge
position
(B)
for
the
tape
weight
placement.
The
LED
will
flash
and
tone
when
the
value
is
stored
in
m
emory.
The
inner
LED
(C)
will
flash.
Continue
to
extend
the
gauge
are
to
the
(C)
weight
placement
position.
When
the
balancer
tones,
the
position
is
accepted.
Store
the
gauge
arm
in
the
complete
home
position.
The
majority
of
balancing
tak
es
place
in
the
default
2
‐
plane
dynamic
mode.
Green
LED’s
A
and
E
(See
figure
15)
Hammer
‐
on
clip
weights
will
be
placed
on
both
inside
and
outside
of
the
rim
edge.
If
required,
select
an
optional
weight
placement
mode
by
pressing
the
Mode
button
until
the
appropriate
placement
mode
is
displayed.
4.3.1
WEIGHT
PLACEMENT
MODES
DYNAMIC
(two
planes)
‐
Suggested
for
all
steel
rims.
In
this
case
the
wheel
weights
must
be
clipped
onto
the
rim
edges.
This
function
is
selected
as
a
default
and
the
LEDs
correspondin
g
to
th
e
wheel
weight
location
are
lit
on
(Figure
16).
Before
spinning
the
wheel
(although
it
may
be
done
afterwards)
choose
the
appropriate
balancing
mode
for
the
wheel.
To
select
the
various
placement
modes
press
the
(9)
Weight
Placement
button
until
placement
LEDs
indicate
desired
place
ment
position.
STATIC
(single
plane)
‐
Suggested
for
narrow
rims
(
3"
or
less)
or
on
light
truck
tires
with
high
aspect
ratio
tires.
Use
a
single
corrective
wei
ght
placed
in
the
center
of
rim
as
illustrated
in
Figu
re
17.
Figure
14
1.
TAPE
WEIGHT
MODE
USING
EASY
WEIGHT
To
use
the
gauge
arm
to
indicate
the
outer
and
inner
tape
weight
position.
Press
the
Weight
placement
number
9
key
until
Yellow
LED’s
B
and
C
light.
Press
the
number
9
key
one
more
time
and
LED
6
will
flash.
Figure
15
WEIGHT
COMBINATION
MODES
USING
THE
WEIGHT
SELECTION
BUTTON
See
(F
igure
14).
Pressing
the
weight
selec
tion
button
(9)
will
toggle
the
LED’s
to
the
weight
default
selections
as
shown.
Balancing
using
a
combination
of
hammer
‐
on
and
adhesive
weights
as
shown.
