Motor Reducer

Motor Reducer

A motor reducer, also known as a gearbox, is a mechanical transmission device connecting a motor to a driven load. It consists of a series of gears and is used to modify the torque and speed between a motor and a load. Knowing the torque and rotation speed is essential. A reducer increases motor torque and allows a receiving member to rotate.
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Product Introduction
Introduction

 

A motor reducer, also known as a gearbox, is a mechanical transmission device connecting a motor to a driven load. It consists of a series of gears and is used to modify the torque and speed between a motor and a load. Knowing the torque and rotation speed is essential. A reducer increases motor torque and allows a receiving member to rotate. Manufacturers indicate the minimum and maximum torque (in N.m) that their products can support. Planetary gearboxes have high torque density. A motor reducer also reduces motor speed. Consider the ideal reduction ratio for your use. Based on motor speed, the reduction ratio determines output rotational speed (in revolutions per minute). Lastly, determine the most appropriate gear reducer assembly (coaxial, parallel-shaft, or orthogonal input/output shafts) based on your application.

 

Parameter (Specification)

 

Specification

Number of stages

Reduction ratio

AB042

AB060

AB000

AB115

AB142

AB180

AB220

Nominal output torque

1

3

 

55

135

220

450

1186

2308

 

4

23

65

165

345

700

1548

2167

 
 

5

21

60

160

335

650

1431

2347

 
 

6

20

52

145

300

610

1376

206

 
 

7

 

50

135

290

540

1151

1771

 
 

8

18

45

115

265

510

1000

1600

 
 

9

14

42

105

255

455

910

1500

 
 

2

10

14

42

105

255

455

910

1500

 

12

23

65

165

345

700

158

2563

 
 

15

21

60

160

335

650

1431

2347

 
 

25

21

60

165/160

345/335

700/650

1568/1431

2567/2347

 
 

28

23

65

165

345

700

1508

2567

 
 

30

   

335

   

2347

   
   

21

60

160

650

1431

     
 

35/40

21

60

160/160

335/335

650/650

1431/1431

2347/2347

 
 

45/50

21

60

160/160

335/335

650/650

1431/1431

2347/2347

 
 

60

20

52

145

300

610

1376

2068

 
 

70/80

18

50/45

135/115

290/265

540/510

1151/1000

1771/1600

 
 

90

14

42

105

255

455

910

1500

 
 

≥3

≥100

For detailed parameters of gear reducers with three-stage reduction and above, please consult the factory service. Specific parameters are subject to the outline drawings.

           

Maximum acceleration torque T2

Nm

142

1.8*T (1.8 times rated torque)

           

Sudden stop torque T2

Nm

142

3*(3 times rated torque)

           

Nominal input speed

r

142

3000

3000

3000

3000

2000

1500

1000

Maximum input speed

T

142

6000

6000

6000

6000

4000

3000

2000

Precision backlash

     

3

3

3

3

5

S

P1

1

3

             

-arcmin

2

5

5

5

5

5

7

7

 

P2 -arcmin

1

S

5

5

5

5

7

7

 
 

2

7

7

7

7

9

9

   

Noise

d(A)

142

58

60

60

63

65

67

70

Maximum radial load capacity

N

142

770

1500

3200

6700

9600

14000

16000

Maximum axial load capacity

N

142

380

760

1600

3300

4800

7000

8000

Efficiency

%

1

≥97%

           
 

2

>9

             

Operating temperature

142

-15 - +40°C

           

Service life

h

142

≥20000

           

Lubrication

 

142

Synthetic grease (lifelong maintenance-free)

           

 

Applications

 

1
Warehousing and logistics
Equipment such as stackers and conveyors in automated warehousing systems also need motor reducers to achieve efficient cargo handling and storage.
2
Automated production lines
On various automated production lines, motor reducers are used to drive conveyor belts, elevators, sorting equipment, etc. For example, in food processing production lines, reducers ensure that the conveyor belt runs at a stable speed and accurately transports food for processing and packaging.
3
Machine tool equipment
The spindle drive and feed system of machine tools such as numerical control machines, milling machines, and drilling machines usually require motor reducers to achieve precise speed control and high torque output. It can ensure that the machine tool has stable cutting force and processing accuracy when processing different materials and workpieces.

 

Six Key Quality Assurances

 

500-281
Professional Technical Team
731 22
Skilled Technicians
731 23
Advanced Production Equipment
731 24
Experienced Production Personnel
731 25
Strict Testing Procedures
500-281
Company Factory

 

FAQ

 

Q: What is a reducer in a motor?

A: Gear reducers are devices used to transmit mechanical Power from an electric motor. Or other driver to a driven load. In the world of pumps they convert the high-speed.

Q: How can you reduce the speed of a motor?

A: Use a gearbox or gear train to reduce the speed of the motor. This involves connecting the motor shaft to a gear system where the output shaft rotates at a lower speed than the motor.

Q: What does a motor reducer do?

A: Speed reducers or gearboxes are used to reduce motor rotation speed and increase output torque, which is equivalent to improve the working capacity of the motor. In addition, the output direction change is available through a speed reducer.

 

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