nardi SUNSTORM SFH1200, Руководство по эксплуатации и обслуживанию

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54
T
ABLE
P
AGE
04 -
2/3
1
1/2013
COMPONENTI / COMPO
NENTS
w
ww
.n
ar
di
-ha
rv
es
ting.c
o
m
POS
C
ODE
D
E
SCR
IZ
ION
E
D
E
SCR
IPTION
SFH
SE
R
IE
S
:
QU
A
N
TI
T
Y
0
1
SFH00
26
1
Alber
o DX
a
s
po
R
ight
reel
shaf
t
0
2
SFH00
24
1
Alber
o DX
coc
lea
R
ight
a
uge
r
shaft
0
3
SFH02
01
1
Supp
or
to r
egis
tr
ab
ile D
X
c
u
scine
tt
o a
s
po
R
ight
a
dju
s
table
sup
por
t for r
ee
l b
ea
ring
0
4
SFH02
02
DX
1
Supp
or
to r
egis
tr
ab
ile D
X
c
u
scine
tt
o co
c
lea
R
ight
a
dju
s
table
sup
por
t for a
uge
r
b
ea
ring
0
5
FYT
B
35
TF
1
Sopp
or
to
Y
d3
5,
fl
an
gia
con
cor
po
in
g
hi
sa
Y
be
ar
ing d3
5
fl
an
ged u
ni
ts, c
a
st
hou
s
ing
0
6
2R
S1
1
C
us
cine
tto
d
40×D
8
0×h
18
Bear
ing d4
0×D
80
×h1
8
0
7
SFH00
43
1
Flang
ia
c
u
scinet
to
coc
lea
Auge
r be
aring
fl
an
ge
0
8
SFH00
63
1
Boc
c
ola
ten
dic
a
ten
a
C
hain st
re
tc
h
er bu
sh
0
9
SFH00
71
1
C
oro
na cond
ott
a
Z49
tra
smis
s
ion
e
aspo
D
riv
en c
row
n Z49 r
ee
l
tra
ns
mi
s
s
io
n
1
0
SFH04
1
1
1
C
oro
na tend
ic
aten
a
Z13
c
o
n
c
u
sci
ne
tto
C
hain st
re
tc
h
er
cro
w
n Z13 w
it
h b
ea
ring
1
1
SFH00
69
1
C
oro
na m
D
riv
ing s
p
roc
ket Z13
ree
l
tr
ans
mi
s
s
ion
1
2
1
C
at
e
na tra
smi
ssion
e aspo
R
C
X
6
0 H1 r
eel t
ran
smis
s
ion
cha
in
1
3
1
T
ap
per loc
k
c
o
ron
a c
o
ndo
tt
a
as
p
o
T
ap
pe
r lock
d
riv
en
cro
w
n
1
4
2
Gr
ano tap
per loc
k
T
ap
pe
r lock
scre
w
1
5
U
NI573
9
D
IN
93
3
V
it
e
TE M
1
0×9
0 Zn
H
e
x
ag
on he
ad s
cre
w
M
1
0×9
0
1
6
U
NI573
9
D
IN
93
3
V
it
e
TE M
1
4×5
0 Zn
H
e
x
ag
on he
ad s
cre
w
M
1
4×5
0
1
7
U
NI573
7
D
IN
63
1
te
TE M
16×6
5 Zn
H
e
x
ag
on he
ad s
cre
w
M
1
6×6
5
1
8
U
NI573
2
D
IN
60
3
V
ite t
e
sta to
nda
q
u
ad
ro
so
tt
o
te
sta
M
12
×30
Z
n
w
ith
1
9
U
NI558
8
D
IN
93
4
D
ado n
or
m
ale
M
10 Zn
N
or
m
al
he
x
ag
on nu
t
M
10
2
0
D
IN
98
5
D
ado a
utobloc
cante ba
s
s
o M
1
0 Z
n
Lo
w
self
loc
k
ing h
ex
a
go
n
n
ut
M
1
0
2
1
D
IN
98
5
D
ado a
utobloc
cante ba
s
s
o M
1
2 Z
n
Lo
w
self
loc
k
ing h
ex
a
go
n
n
ut
M
1
2
2
2
D
IN
98
5
D
ado a
utobloc
cante ba
s
s
o M
1
4 Z
n
s
e
lf
loc
k
ing h
ex
a
go
n
n
ut
M
1
4
2
3
D
IN
98
5
D
ado a
utobloc
cante ba
s
s
o M
1
6 Z
n
Lo
w
self
loc
k
ing h
ex
a
go
n
n
ut
M
1
6
2
4
D
IN
98
5
Dad
o
a
u
to
blocc
. b
asso
M2
0×
1
,5
Z
n (pa
sso
fi
ne
)
Lo
w
self
loc
k
ing h
ex
a
go
n
n
ut
M
2
0×1
,5
-
6
2
0
8
-
o
tr
ic
e
Z13
tras
mi
ss
ion
e
a
s
p
o
2
5
1
7
-3
5
- - -
V
i
-
R
oun
d hea
d scre
w
s
q
ua
re ne
ck
-
- -
L
o
w
- - -
2
5
U
NI659
2
-
D
IN
12
5A
R
os
e
tta
d
10,5×D
20
×2 Zn
W
a
sh
er
d1
0,5×D
20
×2
2
6
U
NI659
2
-
D
IN
12
5A
R
os
e
tta
d
13×D
24
×2,5 Zn
W
a
sh
er
d1
3×D
24
×2,5
2
7
U
NI659
2
-
D
IN
12
5A
R
os
e
tta
d
15×D
28
×2,5 Zn
W
a
sh
er
d1
5×D
28
×2,5
2
8
D
IN
12
7B
R
os
e
tta
g
row
er d1
0,2×D
18
,1×2
,2
Zn
Spr
ing lo
ck w
ashe
r d10
,2
×D1
8,1×
2,2
2
9
U
NI659
3
-
D
IN
90
21
R
os
e
tta
lar
ga d
13×D
37
×3 Zn
La
rg
e plain w
ashe
r d13
×D3
7×3
3
0
D
IN
634
0
-
R
E
S
.80
R
ond
ella larg
a t
o
rn
it
a
d
17
×D4
5×6
Flat
an
d
w
ide
ba
3
1
D
IN
634
0
-
R
E
S
.80
R
ond
ella larg
a t
o
rn
it
a
d
21
×D5
0×6
Flat
an
d
w
ide
ban
d w
as
h
er
3
2
U
NI743
7
-
D
IN
47
2
Anello ela
s
tico
di
s
ic
u
rez
z
a pe
r f
or
o ø
8
0
Elasti
c
s
afe
ty r
ing
for h
oles
ø
80
3
3
6
04
A
-
D
IN
6
8
05A
Ling
ue
tta 10×8
L4
0
Par
allel
k
e
ys 1
0×8 L
40
3
4
UNI66
0
4A
-
D
IN
6
8
05A
Ling
ue
tta 10×8
L7
0
Par
allel
k
e
ys 1
0×8 L
70
3
5
UNI66
0
4A
-
D
IN
6
8
05A
Ling
ue
tta 12×8
L8
0
Par
allel
k
e
ys 1
2×8 L
80
3
6
SFH01
06
1
ilancia
mento
Balan
c
ing
balla
s
t
3
7
SFH01
67
1
Porta v
ano p
or
tao
gg
et
ti
Glov
e c
o
m
par
tm
ent
do
or
3
8
30 M
6
2
C
ern
ier
a
p
or
ta v
an
o por
ta
og
gett
i
D
oor h
inge for g
lov
e
c
o
m
p
ar
tment
M
1
2×3
0
nd w
a
s
h
er
d1
7×D45×6
d2
1×D50×6
UNI6
Zav
or
ra d
i
b
4
0
0
-
6
0
0
12
0
0
7
4
0
9
4
0