1.When assembled, the drive shaft can slide and telescope through the spline pair consisting of the shaft fork and sliding fork, but the amount of telescoping is relatively small.
2.The structure is medium and heavy series drive shaft; the flange of the protruding fork is mainly end-tooth, according to customer requirements can also be disc.
3. Drive shaft lengths are generally short and apply non-standard designs, which are commonly known in the industry as inter-bridge bushings.
Light and medium-sized telescopic rotating shaft structure parameter diagram
Light and medium-sized telescopic rotating shaft construction parameters
Tsmax(N.m)
A
h
h1
B
n-ΦD
C
α
b1
b2
E
M
K
S
β
Lz
La
Structure
Flange
Universal joint size
1-1
1600
60
2
80
4-Φ10.2
50
7.5
41
100
50
22°
225
20
H1、H2
Ⅱ
Φ30×88(60)
1-2
1600
60
2
80
4-Φ10.2
50
7.5
41
100
50
22°
390
60
H1、H2
Ⅱ
Φ30×88(60)
1-3
1600
57
5
84
6-Φ8.5
100
60
12
65
100
50
22°
273
20
H1、H2
Ⅰ
Φ30×88(60)
1-4
1600
70
2.5
108
6-Φ13
132
60
12
65
100
50
22°
273
20
H1、H2
Ⅰ
Φ30×88(60)
1-5
2500
70
2.5
96
4-Φ12.2
62
9
50
110
76
15°
380
60
H2
Ⅱ
Φ32×93
1-6
2500
60
2.5
92
4-Φ11.2
70
8
40
110
63.5
15°
360
60
H2
Ⅱ
Φ32×93
1-7
2500
57
5
84
6-Φ8.5
100
60
12
72
63.5
15°
424
60
H2
Ⅰ
Φ32×93
1-8
3000
80
2
4-Φ12.2
58.778
80.902
9
55
115
76
25°
450
60
H2
Ⅱ
Φ33×93
1-9
3000
95
2.5
120
4-Φ14.5
40°
12
55
115
89
25°
450
60
H2
Ⅱ
Φ33×93
1-10
3200
70
2.5
96
4-Φ12.2
62
9
50/60
118
76
25°
450
60
H2
Ⅱ
Φ35×98
1-11
3200
ISO-12667-T120
100
4-Φ12
120
13
54.5
118
76
25°
450
60
H2
Ⅲ
Φ35×98
1-12
3200
75
3
101.5
8-Φ10.1
120
45°
10.5
80
118
76
25°
500
60
H2
Ⅰ
Φ35×98
1-13
5000
95
2.5
120
4-Φ14.5
40°
12
62
130
89
25°
450
60
H3
Ⅱ
Φ35×107
1-14
6500
95
2.5
120
4-Φ14.5
40°
12
62
142
89
25°
490
70
H3
Ⅱ
Φ39×118
1-15
6500
ISO-12667-T120
100
4-Φ11
120
14
67.5
142
89
25°
490
70
H3
Ⅲ
Φ39×118
1-16
6500
90
3
130
8-Φ12.1
150
45°
11
78
142
89
25°
380
40
H3
Ⅰ
Φ39×118
1-17
7500
90
3
130
8-Φ12.1
150
45°
11
78
142
89
25°
380
40
H2
Ⅰ
Φ41×118
1-18
8500
95
2.5
130
6-Φ14.5
150
42°
10
90
156
89
25°
590
80
H2
Ⅰ
Φ48×127
1-19
9000
108
2.5
4-Φ16.5
88
112
14
78
165
89
25°
535
70
H3
Ⅱ
Φ47×140
1-20
9000
ISO-12667-T150
130
4-Φ13
150
16
78
165
89
25°
535
70
H3
Ⅲ
Φ47×140
1-21
9000
ISO-12667-T180
150
4-Φ15
180
16
78
165
89
25°
535
70
H3
Ⅲ
Φ47×140
Note: 1.Tsmax: maximum instantaneous torque N.m; 2.Lz: minimum length after compression; 3.La: length compensation amount; 4.Lz+La: maximum working length; 5.b1: distance between two holes on the same side of the lug hole.
Heavy-duty telescopic drive shaft structural parameters I
Tsmax
(N.m)
A
h
h1
B
n-ΦD
C
α
b1
b2
E
M
K
S
β
Lz
La
Structure
Flange
Universal joint size
3-1
10000
ISO-12667-T150
130
4-Φ13
150
16
100
165
91
40°
650
130
H4
Ⅰ
Φ50×135
3-2
18000
ISO-12667-T180
150
4-Φ15
180
14
88.5
188
102
30°
630
130
H4
Ⅰ
Φ50×155
3-3
16500
ISO-12667-T150
130
4-Φ13
150
16
90
156
100
35°
610
110
H4
Ⅰ
Φ52×133
3-4
16500
ISO-12667-T165
140
4-Φ13
165
16
90
156
100
35°
610
110
H4
Ⅰ
Φ52×133
3-5
16500
ISO-12667-T180
150
4-Φ15
180
16
90
156
100
35°
610
110
H4
Ⅰ
Φ52×133
3-6
16500
90
3
130
8-Φ12.1
150
45°
11
90
156
100
35°
610
110
H5
Ⅱ
Φ52×133
3-7
16500
95
3
140
8-Φ16.1
165
45°
12
90
156
92
35°
610
110
H5
Ⅱ
Φ52×133
3-8
16500
110
3
155.5
8-Φ14.1
180
45°
13
90
156
92
35°
610
110
H5
Ⅱ
Φ52×133
3-9
16500
198
3
185
8-Φ10.1
203.5
45°
9
87
156
92
35°
610
110
H5
Ⅱ
Φ52×133
3-10
16500
132
3
155
8-Φ10.2
175
45°
11
90
156
92
35°
610
110
H5
Ⅱ
Φ52×133
3-11
16500
95
2.5
4-Φ16.3
112
88
14
78/90
156
92
35°
610
110
H5
Ⅲ
Φ52×133
3-12
21000
ISO-12667-T155
130
4-Φ13
155
16
100
168
102
35°
650
110
H4
Ⅰ
Φ57×144
3-13
21000
ISO-12667-T165
140
4-Φ13
165
16
100
168
102
35°
650
110
H4
Ⅰ
Φ57×144
3-14
21000
ISO-12667-T180
150
4-Φ15
180
18
100
168
102
35°
650
110
H4
Ⅰ
Φ57×144
3-15
21000
95
3
140
8-Φ16.1
165
45°
14
100
168
102
35°
650
110
H5
Ⅱ
Φ57×144
3-16
21000
110
3
155.5
10-Φ16.1
180
45°
14
100
168
102
35°
650
110
H5
Ⅱ
Φ57×144
3-17
21000
197
4
184.15
16-Φ11
205
22.5°
11
96
168
102
35°
650
110
H5
Ⅱ
Φ57×144
Note: 1.Tsmax: maximum instantaneous torque N.m; 2.Lz: minimum length after compression; 3.La: length compensation amount; 4.Lz+La: maximum working length; 5.b1: distance between two holes on the same side of the lug hole.
Heavy-duty telescopic drive shaft structural parameters II
Tsmax
(N.m)
A
h
h1
B
n-ΦD
C
α
E
M
K
S
β
Lz
La
Structure
Flange
Universal joint size
4-1
27000
ISO-12667-T180
150
4-Φ15
180
18
100
178
110/120
25°
700
140
H4
Ⅰ
Φ57×152
4-2
27000
95
3
140
8-Φ16.1
165
45°
14
100
178
110/120
25°
700
140
H5
Ⅱ
Φ57×152
4-3
27000
110
3
155.5
10-Φ16.1
180
45°
14
100
178
110/120
25°
700
140
H5
Ⅱ
Φ57×152
4-4
27000
197
2
184.15
12-Φ11
203.6
13
98
178
110/120
25°
700
140
H5
Ⅳ
Φ57×152
4-5
27000
140
6
196
8-Φ16.2
225
45°
18
101
178
110/120
25°
700
140
H5
Ⅱ
Φ57×152
4-6
27000
240
4
220
8-Φ14.2
250
45°
14
97
178
110/120
25°
700
140
H5
Ⅴ
Φ57×152
4-7
27000
ISO-12667-T180
150
4-Φ15
180
18
100
178
110/120
25°
700
110
H5
Ⅰ
Φ62×149
4-8
30000
ISO-12667-T180
150
4-Φ15
180
18
102.5
195
130
28°
700
120
H4
Ⅰ
Φ62×160
4-9
30000
ISO-12667-T180
150
4-Φ15
180
18
100
185
120
25°
710
140
H4
Ⅰ
Φ63.5×152
4-10
30000
140
6
196
8-Φ16.2
225
45°
18
110
185
120
25°
710
140
H5
Ⅱ
Φ63.5×152
4-11
30000
240
4
215
8-Φ14.2
250
45°
14
185
120
25°
710
140
H5
Ⅴ
Φ63.5×152
4-12
44000
ISO-12667-T180
150
4-Φ15
180
18
100
198
140
22°
710
140
H4
Ⅰ
Φ68×165(89)
4-13
44000
140
6
196
8-Φ16.2
225
45°
20
198
140
22°
710
140
H5
Ⅱ
Φ68×165(89)
4-14
44000
240
4
215
8-Φ14.2
250
45°
16
198
140
22°
710
140
H5
Ⅴ
Φ68×165(89)
4-15
52500
ISO-12667-T180
150
4-Φ15
180
19.5
113
210
152
25°
790
130
H4
Ⅰ
Φ68×193(117)
4-16
52500
ISO-12667-T200
165
4-Φ15
200
19.5
113
210
152
25°
790
130
H4
Ⅰ
Φ68×193(117)
Note: 1.Tsmax: maximum instantaneous torque N.m; 2.Lz: minimum length after compression; 3.La: length compensation amount; 4.Lz+La: maximum working length; 5.b1: distance between two holes on the same side of the lug hole.
Keyword:
Telescopic drive shaft
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Product category：Telescopic Drive Shaft (Rear Shaft)
Structural components 1.Flange fork,2. Universal joint assembly, 3. Circlip, 4. Shaft fork, 5. Oil cup, 6. Sliding sleeve，7.Sheath tube，8. Shaft tube，9.Universal joint fork Product Features
1.After assembling, the transmission shaft can be slid and expanded with a certain amount of expansion and contraction through the spline pair composed of the shaft fork and the sliding sleeve.
2.The structure is medium and heavy series drive shaft; the flange of the protruding .
3.The length of the drive shaft is processed according to customer requirements.
1.After assembly, the transmission shaft can slide and expand with a certain amount of expansion and contraction through a spline pair composed of a sliding fork and a spline shaft.
2.The structure is a light and medium series drive shaft; the flange fork flange is mainly a square plate, and it can also be a disc or end tooth according to customer requirements.
3.The length of the drive shaft is processed according to customer requirements.
Product category：Spare Part
Port connection part of the drive shaft, in the shape of a square disk.
Coupling: Convex stop position, 4-bolt connection.
The fork port area is connected to the universal joint assembly.
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