Snap
‐
on
EEW
B
33
0
A
Handspin
Wheel
Balancer
Note:
The
offset
and
diameter
dimensions
were
already
entered
during
the
HWM
rim
dimension
input.
During
data
entry
and
weight
application,
the
right
hand
display
shows
“S1”
(Spoke
1,
weight
position
1)
or
“S2”
(Spoke
2,
weight
position
2)
as
long
as
S1
or
S2
are
within
the
specified
rotational
angles.
Else
“S
‐ ‐
“
will
be
shown.
S1
will
appear
on
the
display,
(Fig.
5
‐
29a).
Rotate
the
wheel
until
a
spoke
is
at
12
o’clock
position
and
select
Enter.
If
the
position
is
legal
(within
the
specified
angle)
a
short
beep
will
be
heard.
If
an
illegal
position
of
the
wheel
is
created
and
Enter
is
selected,
a
long
beep
will
be
heard.
Check
the
rotational
position
of
the
wheel.
S2
will
appear
on
the
display,
(Fig.
5
‐
29b).
Repeat
previous
step
for
S2.If
the
position
is
legal,
a
short
beep
will
be
heard.
The
unit
will
calculate
the
weights
that
must
be
applied
to
position
S1
and
S2.
Slowly
rotate
the
wheel
by
hand
to
a
weight
application
position,
(Fig.
5
‐
30).
Apply
the
weight
with
the
gauge
arm.
Slowly
rotate
the
wheel
by
hand
again
until
the
WAP
indicator
goes
off
and
on
again.
Apply
the
weight
with
the
gauge
arm.
Select
Enter
to
exit
this
mode.
Selecting
Enter
several
times
(depending
on
the
stage
of
the
program)
forces
the
program
to
quit.
The
original
right
plane
weight
value
will
be
shown
again.
The
SWM
indicator
will
go
off,
a
short
beep
will
be
heard.
The
program
returns
to
the
main
menu.
Note:
Applying
split
weights
does
not
involve
priorities.
The
operator
can
choose
which
to
apply
first.
Note:
The
unbalance
reading
is
only
subdivided
on
two
fitting
positions
when
the
spoke
position
is
stored.
When
balancing
with
counterweights
positioned
behind
the
spokes
if
you
also
need
to
perform
an
Optimization/Minimization
run,
do
it
before
applying
the
weights.