KITO ER010S - Page 20

Remarks：(1) Description for inner spacers
For example, 0＋1
0：the number of spacers on the left side of the shaft
1：the number of spacers on the right side of the shaft
(2) Adjustment of trolley width
Refer to (b) of 5.2 on the next page.
Adjust the dimensions by appropriately increasing or decreasing the
number of inner or outer adjusting spacers, without strictly adhering to
the number of adjusting spacers shown in the above table.
(3) Spacer arrangement example
Table 5-2 Adjusting spacer arrangement for Low Head Suspension
1
2
3
5
Number of Adjusting Spacers
Part
Name
(mm) 58
1＋2
5
0
3
0
2
1＋1
0
3
1＋1
1
1＋2
02
2＋2
1
3＋3
3
0
2
1＋1
0
3＋4
2
3＋3
3
3＋4
2
0
9
0＋1
8
1＋1
7
2＋2
5
2＋3
4
3＋3
3
4＋4
1
4＋5
0
2＋3
3
4＋4
0
1＋0
7
1＋2
5
0
2
0
3
1＋1
1
1＋2
0
2＋2
1
2＋3
3
3＋4
1
0
8
1＋1
0
1＋0
7
1＋1
6
1＋2
5
2＋2
4
3＋3
2
4＋4
0
1＋0
7
1＋1
6
1＋2
5
2＋2
4
3＋3
2
4＋0
4
4＋1
3
1＋1
6
1＋2
5
2＋2
4
3＋3
2
4＋4
0
1＋4
3
3＋2
0
0
9
1＋1
7
1＋1
1＋2
6
2＋2
5
2＋3
4
3＋3
3
3＋4
2
4＋4
1
1＋1
6
1＋2
5
4＋4
0
1＋0
7
2＋3
3
3＋3
2
4＋1
3
1＋1
6
4＋4
0
4＋1
3
5＋1
2
4＋3
1
2＋3
3
3＋3
2
4＋1
3
1＋2
5
2＋2
4
2＋3
3
3＋3
2
3＋4
1
4＋4
0
4＋1
3
4＋5
0
5＋1
2
2＋3
3
0
8
1＋0
7
1＋1
5
2＋2
4
2＋3
3
3＋4
1
4＋4
0
4＋1
3
5＋1
2
2＋2
4
3＋3
2
4＋4
0
4＋1
3
1＋1
6
2＋2
4
2＋3
3
3＋0
5
4＋4
0
4＋1
3
1＋1
6
1＋2
5
4＋4
0
5＋0
3
2＋3
3
3＋4
1
1＋1
6
1＋2
5
4＋0
4
1＋1
6
1＋2
5
2＋2
4
2＋3
3
3＋3
2
1＋1
6
1＋2
5
2＋2
4
2＋3
3
3＋0
5
4＋0
4
4＋1
3
4＋2
2
64
66
73
74
75
76
82
90
91
98 100 102 106 110 113
119
120
125 127 131 135 137 143
149
150
153 155 160 163 170 175 178
180
181
184
185
200 203 215 220 229 232 250 254 257 260 264 267 279 283 286 289 295 298 300 302 305
Thin spacer
Thick spacer
Fixing spacer
Thick spacer L
Thin spacer
Thick spacer
Fixing spacer
Thick spacer L
Thin spacer
Thick spacer
Fixing spacer
Thick spacer L
Thin spacer
Thick spacer
Thick spacer L
Inner
Outer
Inner
Outer
Inner
Outer
Inner
Outer
Inner
Outer
Inner
Outer
Inner
Inner
Outer
Inner
Outer
Inner
Outer
Inner
Inner
Outer
Inner
Outer
Inner
Outer
Inner
Outer
1＋2
5
1＋2
5
0
2
0
3
1＋1
1
1＋2
0
2＋2
1
2＋3
3
3＋4
1
0
8
1＋1
0
1＋0
7
1＋1
6
1＋2
5
2＋2
4
3＋3
2
4＋4
0
1＋0
7
1＋1
6
1＋2
5
2＋2
4
3＋3
2
4＋0
4
4＋1
3
1＋1
6
1＋2
5
2＋2
4
3＋3
2
4＋4
0
1＋4
3
3＋2
0
0
9
1＋1
7
1＋1
1＋2
6
2＋2
5
2＋3
4
3＋3
3
3＋4
2
4＋4
1
1＋1
6
1＋2
5
4＋4
0
1＋0
7
2＋3
3
3＋3
2
4＋1
3
1＋1
6
4＋4
0
4＋1
3
5＋1
2
4＋3
1
2＋3
3
3＋3
2
4＋1
3
1＋2
5
2＋2
4
2＋3
3
3＋3
2
3＋4
1
4＋4
0
4＋1
3
4＋5
0
5＋1
2
0
3
0＋1
2
1＋1
1
0
8
1＋1
0
1＋0
7
1＋1
6
1＋2
5
2＋2
4
3＋3
2
0
8
1＋0
7
1＋1
6
2＋2
4
3＋3
2
4＋0
4
4＋1
3
1＋1
6
2＋2
4
2＋3
3
3＋0
5
4＋4
0
4＋1
3
1＋2
0
1＋1
1
1＋2
010
3＋3
7
4＋4
5
5＋5
3
5＋6
2
6＋6
1
5＋1
2
4＋3
1
4＋4
0
2＋2
9
1＋0
7
2＋3
3
3＋4
1
1＋1
6
1＋2
5
4＋4
0
1＋1
6
1＋2
5
2＋2
4
2＋3
3
3＋3
2
5＋11＋2
5
2＋2
4
2＋3
3
4＋3
1
4＋4
0
4＋0
4
4＋1
3
6＋7
0
5＋1
2
0
2
Capacity(t)
Beam flange
width
(in) 2
5
16
34567891011 12 3
1
4
3
9
16
3
7
8
3
15
16
4
3
16
4
5
16
4
7
16
4
15
16
5
3
16
5
5
16
5
3
8
6
1
8
6
5
16
6
7
16
6
11
16
6
7
8
7
7
8
8
7
16
8
11
16
9
1
8
9
7
8
10
1
8
10
1
4
10
3
8
10
1
2
11
1
8
11
1
4
11
3
8
11
5
8
11
3
4
11
13
16
11
7
8
5
5
8
2
2
1
2
5
8
2
2
7
8
15
16
4
4
11
16
3
4
5
5
11
16
3
4
7
7
1
16
1
8
7
7
1
4
5
16
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