11
1
St
ar
-H
ea
d S
cre
w
w/
F
lat
W
as
he
r M
4x
15
*
5
2
Mi
ter
G
au
ge
A
ss
em
bly
96
36
34
0.0
1
1
3
St
ar
-H
ea
d S
cre
w
w/
F
lat
W
as
he
r M
4x
8
*
10
4
Ba
se
C
ov
er
96
16
91
9.0
1
1
5
St
ar
-H
ea
d S
cre
w
w/
W
as
he
rs
M4
x8
*
1
6
Ex
ter
na
l T
ee
th
Lo
ck
W
as
he
r M
4
*
1
7
St
ar
tin
g C
ap
ac
ito
r 2
00
uf/
12
5V
96
36
34
9.0
1
1
8
He
x N
ut
M4
*
4
9
Ca
pa
cit
or
S
up
po
rt
96
16
91
8.0
1
1
10
Ru
nn
ing
C
ap
ac
ito
r 2
0u
f/3
00
V
96
16
63
9.0
1
1
11
Ca
pa
cit
or
S
up
po
rt
96
16
91
8.0
1
1
12
He
x N
ut
M8
*
1
13
Ph
ilip
s S
cre
w
w/
Lo
ck
W
as
he
r M
8x
20
*
4
14
El
ec
tro
nic
C
en
trif
ug
al
Sw
itc
h
96
43
07
0.0
1
1
15
Lo
ck
W
as
he
r M
8
*
1
16
He
x H
ea
d S
cre
w
M8
x2
5
*
2
17
Po
we
r C
or
d
96
24
67
1.0
1
1
18
Cl
ip
Pl
ate
96
08
17
2.0
1
1
19
Ph
ilip
s S
cre
w
M5
x8
*
4
20
Co
rd
C
lip
*
1
21
Sw
itc
h P
lat
e
96
36
28
2.0
1
1
22
Sw
itc
h
96
08
06
6.0
1
1
23
Ba
se
N/
A
1
24
Mo
tor
N/
A
1
25
He
x H
ea
d S
cre
w
w/
W
as
he
rs
M6
x1
2
*
4
26
Lo
ck
ing
K
no
b
96
42
86
3.0
1
2
27
Fla
t W
as
he
r M
8
*
5
28
W
or
k T
ab
le
Ri
gh
t S
up
po
rt
96
42
90
0.0
1
1
29
W
or
k T
ab
le
Le
ft S
up
po
rt
96
42
89
7.0
1
1
30
W
or
k T
ab
le
for
D
isc
96
42
87
0.0
1
1
31
St
ar
-H
ea
d S
cre
w
M4
x1
0
*
4
32
Du
st
Ch
ute
96
08
37
2.0
1
1
33
Sa
nd
ing
D
isc
, 9
",
80
G
rit,
1G
LB
3
*
1
34
He
x P
os
itio
n S
cre
w
M8
x1
2
*
6
35
Ke
y A
5x
15
*
1
36
9"
D
isc
P
lat
e
96
21
44
6.0
1
1
37
St
ar
-H
ea
d S
cre
w
w/
W
as
he
rs
M6
x1
6
*
3
38
Di
sc
C
ov
er
96
08
37
1.0
3
1
39
Po
int
er
96
44
12
8.0
1
2
40
Ph
ilip
s S
cre
w
w/
W
as
he
rs
M5
x1
6
*
1
41
Ta
ble
S
ca
le
96
44
12
9.0
1
1
42
Be
lt W
or
kta
ble
96
08
38
7.0
2
1
43
Gu
ide
B
loc
k
96
44
13
0.0
1
1
44
Sp
rin
g C
olu
mn
P
in
M4
x1
0
*
2
45
W
ire
B
loc
k
96
16
89
9.0
1
1
46
Pi
vo
t B
ra
ck
et
96
36
34
2.0
1
1
47
Lo
we
r G
ua
rd
96
36
33
9.0
1
1
48
Ph
ilip
s S
cre
w
M5
x1
0
*
4
49
W
or
k S
top
96
08
38
1.0
1
1
50
Sp
rin
g C
olu
mn
P
in
M5
x1
5
*
1
51
Pi
vo
t S
top
B
ra
ck
et
96
36
34
1.0
1
1
52
Ph
ilip
s S
cre
w
w/
Lo
ck
W
as
he
r M
6x
10
*
3
53
Dr
ive
P
ull
ey
96
21
43
4.0
1
1
54
Fla
t W
as
he
r M
6
*
2
55
He
x S
cre
w
M6
x1
0
*
2
56
Du
st
Po
rt
96
28
67
8.0
1
1
57
Kn
ob
96
28
67
7.0
1
2
58
Cl
am
pin
g P
ad
M
5
96
31
46
0.0
1
2
59
Be
lt G
ua
rd
96
36
33
7.0
1
1
60
He
x S
cre
w
M8
x1
0
*
2
61
He
x S
cre
w
w/
F
lat
W
as
he
r M
8x
16
*
5
62
Pl
ate
n
96
08
39
2.0
1
1
63
Po
wd
er
M
eta
llu
rg
ica
l J
ac
ke
t
96
44
13
5.0
1
1
64
Su
pp
or
t R
od
w
/ B
um
pe
r
96
36
34
4.0
1
1
65
Su
pp
or
t
96
36
34
3.0
1
1
66
Sa
nd
ing
B
elt
6"
X
48
"
80
G
rit
5A
99
8
1
67
Tig
hte
n S
pr
ing
96
08
39
7.0
3
1
68
Bu
sh
ing
96
08
40
3.0
1
2
69
Idl
er
D
ru
m
Br
ac
ke
t
96
08
39
6.0
3
1
70
He
x S
cre
w
M5
*
3
71
No
n-
Me
tal
lic
In
se
rt
Nu
t M
5
*
1
72
He
x S
cre
w
M5
x6
*
2
73
Be
ar
ing
62
01
ZZ
*
2
74
Idl
er
D
ru
m
96
08
40
0.0
1
1
75
Ex
ter
na
l C
irc
lip
M
12
*
2
76
Dr
ive
n S
ha
ft
96
08
40
1.0
1
1
77
Dr
ive
n S
ha
ft P
os
itio
nin
g S
lee
ve
96
08
40
3.0
1
2
78
Sp
rin
g
96
44
13
1.0
1
1
79
Hi
gh
To
p K
nu
rle
d N
ut
96
44
13
2.0
1
1
80
Ru
bb
er
P
ad
96
44
13
3.0
1
1
81
Ad
jus
tin
g S
cre
w
96
08
41
2.0
1
1
82
Te
ns
ion
S
pr
ing
96
44
13
4.0
1
1
83
Te
ns
ion
H
an
dle
96
36
33
8.0
1
1
∆
Ow
ne
r's
M
an
ua
l
96
44
21
0.0
1
1
Re
f.
No
.
De
sc
rip
tio
n
Pa
rt
No
.
Qt
y.
Re
f.
No
.
De
sc
rip
tio
n
Pa
rt
No
.
Qt
y.
Re
f.
No
.
De
sc
rip
tio
n
Pa
rt
No
.
Qt
y.
RE
PA
IR
P
AR
TS
L
IS
T
FO
R
SA
ND
ER
(∆
)
No
t s
ho
wn
.
(▲
)
No
t i
nc
lu
de
d.
(N
/A
)
No
t a
va
ila
bl
e
as
re
pl
ac
em
en
t p
ar
t.
(*)
St
an
da
rd
h
ar
dw
ar
e
ite
m
, a
va
ila
bl
e
lo
ca
lly
.
