Quick Details
- Processing Time:3 days
- Port:Shanghai, Qingdao
- Supply Ability: 10000
- Brand Name:HONB
CSG(CSF) Series Crossed Roller Bearings for Harmonic Drive is cross roller structure.According to its application area there are two types(CSG/CSF Series and
SHG/SHF Series ).Rolling body are cylindrical rollers which arranged orthogonality,this structure can make one bearing can bear the load from every direction e.g. radial,axial and tilting
torque etc. Bearing with high rigidity,rotation accuracy and load carrying capacity. This crossed roller bearing has compact appearance,with mounting hole,customer can mount
directly,suitable for every kinds of harmonic drives. HONBbearing07
CSG(CSF) Series Crossed Roller Bearings (Outer ring split,inner ring integraty)
Outer ring split,inner ring integraty structure ,there is no need of flange and bearing seat.suitable for every kind of CSF(CSG) series harmonic drives.
Model
Dimension
d
D
H
C
B
H2
D1
D2
d1
d2
Unit：mm
CSG(CSF)-14
11
55
16.5
16
13.5
4
41.8
29
29.8
28.4
CSG(CSF)-17
10
62
16.5
16
13.5
4
49
34
33.8
33.8
CSG(CSF)-20
14
70
16.5
16
13.5
4.5
56.5
41
40
40
CSG(CSF)-25
20
85
18.5
18
16.5
3.5
67
535
52.6
52.6
CSG(CSF)-32
26
112
22.5
21.5
19
4.5
90
68
68.6
68.6
CSG(CSF)-40
32(24)
126
24
22.5
21.5
4.5
105
86
81.2
81.2
CSG(CSF)-50
40(32)
157
31
30
28
5
131.6
103
102.6
102.6
CSG(CSF)-65
52(44)
210
39
37
35
7
176
132
132.6
132.6
Model
Outer ring
mounting hole
Inner ring
mounting hole
Inner ring
mounting hole
Basic load
rating
Weight
Center
diameter
dm
Mounting hole
size
Center diameter
dn
Mounting hole
size
Center diameterdL
Mounting hole
size
Cr
Cor
KG
KN
KN
CSG(CSF)-14
49
8-φ3.5
23
6-M4
17
6-M4
7
9.1
0.15
CSG(CSF)-17
56
10-φ3.5
27
6-M5
19
6-M5
7.6
10.7
0.24
CSG(CSF)-20
64
12-φ3.5
32
8-M6
24
8-M5
8.5
13.4
0.2
CSG(CSF)-25
79
16-φ3.5
42
8-M8
30
8-M6
13.8
21.6
0.45
CSG(CSF)-32
104
16-φ4.5
55
8-M10
40
8-M8
12.5
35.6
0.9
CSG(CSF)-40
117
20-φ5
68
8-M10
50
8-M10
25.9
41.4
1.3
CSG(CSF)-50
147
16-φ5.5
84
8-M14
60
8-M14
49.5
85
2.8
CSG(CSF)-65
198
20-φ6.6
110
8-M16
80
8-M16
74.6
133
7.9
