90 Degree Right Angle Planetary Gearbox Gear Head Nema 23 57 Step motor Reducer
Round flange output Planetary reducer for NEMA23 Stepper or 60mm servo motor 

 

 
 
Description

This high-quality planetary gearbox speed reducer gear head is a reliable and efficient choice for a variety of applications.

Designed for use in office/home/production automation and consumer electronics, this gearbox offers high precision with less than 13arcmin accuracy and a wide range of nominal ratios including 3:1, 4:1,5:1, 7:1,10:1, 20:1,25:1,30:1,35:1,40:1, 50:1, 70:1and 100:1.

This gearbox is an excellent choice for anyone in need of a reliable and efficient speed reducer for their automation or motion control needs.

 

Package list

1x Planetary reducer
1x Key
4x Install screws

 

Main advantage

Right-angle drive, space efficient 

The input and output shafts are staggered at 90 degrees, which saves installation space and is especially suitable for application scenarios where the transmission direction needs to be changed (such as mechanical arms and conveying systems).

High transmission efficiency

Spur gears combined with planetary structures can be more than 90% efficient, significantly reducing energy consumption compared to worm gears (usually 60-70%).

 Large torque and high load capacity

The multi-tooth meshing design of planetary gears distributes loads and, combined with the rigidity of spur gears, can withstand heavy loads and impact loads.

Compact structure, high power density 

The combination of the concentric layout and right-angle design of the planetary gear train enables a high reduction ratio (e.g. 10:1 to 100:1) in a very small volume.

Long life and low maintenance

Precision hobbing improves gear accuracy (ISO 5-6) and reduces wear; Load-sharing design extends bearing and gear life.

Smooth operation, low noise

The vibration cancelling effect of the planetary structure, coupled with high-precision gear, the noise can be controlled below 65dB (better than ordinary spur gear).

 

What problems can be helped to solve?

Space limitation

In narrow Spaces such as robot joints, power transmission at right angles can be achieved without additional steering mechanisms, reducing equipment volume by more than 30%.

High energy consumption problem 

Compared with worm reducer, the efficiency is improved by 20-30%, and the annual power saving can reach thousands of degrees for continuous operation of automated production lines.

Heavy load application reliability

In scenarios such as mining machinery, it can transmit more than 5000Nm of torque stably, and the failure rate is 40% lower than that of traditional worm gear solutions.

Precision control requirements

When the servo system is matched, the back backlash can be controlled within 5 arc minutes, meeting the high precision positioning requirements such as CNC machine tools (repeated positioning accuracy ±0.01mm).

Maintenance cost control

The seal design works with long-acting grease to extend the maintenance cycle to 20,000 hours and reduce downtime losses.

 

Typical application scenarios

AGV drive system ** : right-angle steering + high torque, direct integration of drive wheels.

Photovoltaic tracking bracket ** : resist wind load, thousands of daily starts and stops still maintain accuracy.

Food packaging machinery ** : IP65 protection, withstand high frequency of start-stop and hot and humid environment

 

Technical Parameter

Technical Parameter

PVE060

Max Radial Torque

N

240

Max Axis Torque

N

220

Torsional Stiffness

Nm/arcmin

1.8

Max Input Speed

rpm

8000

Rated Input Speed

rpm

4000

Noise

dB

≤58

Backlash
(arcmin)

Stage 1

≤13

Stage 1

≤17

Max. Output Torque

Nm

1.5 Times Rated Output Torque

Instant Braking Torque

Nm

2 Times Rated Output Torque

Life time

h

20000

IP Degree

IP65

Operating Temp

-10~+90

Full Load Efficiency

%

L1≥95%, L2≥92%

Parameter

Stage

Ratio

PVE060

Rated Output Torque (Nm)

Stage 1 (L1)

3:1

27

4:1

40

5:1

40

7:1

34

10:1

16

Stage 2 (L2)

15:1

27

20:1

40

25:1

40

30:1

27

35:1

40

40:1

40

50:1

40

70:1

34

100:1

16

Moment of Inertia (Kg.cm2)

Stage 1 (L1)

3:1

0.46

4:1

0.46

5:1

0.46

7:1

0.41

10:1

0.41

Stage 2 (L2)

15:1

0.44

20:1

0.44

25:1

0.44

30:1

0.44

35:1

0.44

40:1

0.44

50:1

0.34

70:1

0.34

100:1

0.34

Drawing
 
 
 
 
 
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On Aug 26, 2025 at 20:40:35 PDT, seller added the following information:

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