RV-C Industrial Robot Joint Speed Reducer Manufacturer

RV-C Industrial Robot Joint Speed Reducer

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Application

This industrial robot joint speed reducer is widely applied to robot palletizer, gantry loader, locators, selective compliance assembly robot, cylindrical coordinate robot, positioning turntable, rotating shaft, cover switch, AGV drive, medical instruments, and vertical multi-joint robot.

Technical Parameters

Output Speed(rpm)

Model

Ratio code

Ratio

Output Torque(Nm)
/
Input Capacity(kW)

Shaft rotate

Shell rotate

RV-10C

136
/
0.09

111
/
0.16

98
/
0.21

90
/
0.25

84
/
0.29

80
/
0.34

73
/
0.41

68
/
0.47

65
/
0.54

RV-27C

36.57

1,390/38

1352/38

368
/
0.26

299
/
0.42

265
/
0.55

243
/
0.68

227
/
0.79

215
/
0.90

197
/
1.10

184
/
1.29

174
/
1.46

RV-50C

32.54

1,985/61

1924/61

681
/
0.48

554
/
0.77

490
/
1.03

450
/
1.26

420
/
1.47

398
/
1.67

366
/
2.04

341
/
2.38

RV-100C

36.75

35.75

1,362
/
0.95

1,107
/
1.55

980
/
2.05

899
/
2.51

841
/
2.94

796
/
3.33

730
/
4.08

RV-200C

34.86

1,499/43

1456/43

2,724
/
1.90

2,215
/
3.09

1,960
/
4.11

1,803
/
5.04

1,686
/
5.88

1,597
/
6.69

RV-320C

35.61

2,778/78

2700/78

4,361
/
3.04

3.538
/
4.94

3,136
/
6.57

2,881
/
8.05

2,690
/
9.41

RV-500C

37.34

3,099/83

3016/83

6,811
/
4.57

5,537
/
7.73

4,900
/
10.26

4,498
/
12.56

Features

1.Hollow structure
(1)The cable and others can be in the interior of speed reducer.
(2)Saving space
2.Structure of built-in main bearing
(1)High reliability
(2)Low total cost
(3)High moment rigidity and permissible torque and having the ability of bearing external load by installing angular contact ball bearing.
(4)Reduce the number of parts
(5)Easy installation
3. Structure of 2-stage reduction mechanism
(1)Low vibration
(2)Low GD2
(3)Low vibration and slow revolution speed of RV wheel gear
(4)Low inertia
4. Structure of double column support
(1)High torsional rigidity
(2)Low vibration
(3)High impact resistance (500% of rated torque)
(4)The crank shaft is supported by double column in reducer.
5. Structure of rolling contact
(1)Good start efficiency
(2)Low abrasion and long working life
(3)Small tooth space(1 arc,min)
(4)Using rolling bearing
6. Structure of pin gear
(1)Small tooth space (1arc.min)
(2)High impact resistance (500% of rated torque)
(3)Large number of meshing of RV gear and pin gear at the same time

Indicated of model numbers

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