Hongyang Motor · Yuyao, China · Established 1988OEM · ODM · Custom motor development
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DC Gear Motor Manufacturer

Compare DC gear motor assemblies for your mechanism's output speed, load and installation. Explore planetary, worm and spur gearbox structures, then open the selected series for ratio-specific data and drawings. Motor, gearbox and output interface are reviewed as one OEM assembly.

Find the Gear Motor Structure for Your Mechanism

41 product series
24JX370 product photograph
DC Gear Motor

24JX370

Compare ratio-specific output data, gearbox dimensions and mounting requirements.

Gearbox diameter
24 mm
Ratio references
3.7:1 – 3736:1
Supply reference
12 V
Specifications & drawings →
4058WG31S product photograph
DC Gear Motor

4058WG31S

Compare ratio-specific output data, gearbox dimensions and mounting requirements.

Gearbox drawing
58.1 × 40 mm
Ratio references
27:1 – 710:1
Supply reference
12 V
Specifications & drawings →
42JX775 Planetary Gear Motor
DC Gear Motor

42JX775

Compare ratio-specific output data, gearbox dimensions and mounting requirements.

Details to confirm

Housing material
Zinc alloy
Nominal supply
12 V
Specifications & drawings →
N20 Spur Gear Motor
DC Gear Motor

N20

Compare ratio-specific output data, gearbox dimensions and mounting requirements.

Housing material
Zinc alloy
Nominal supply
12 V
Specifications & drawings →
TJZ17RU Spur Gear Motor
DC Gear Motor

TJZ17RU

Compare ratio-specific output data, gearbox dimensions and mounting requirements.

Details to confirm

Rated voltage references
3 V
Nominal supply
3 V
Specifications & drawings →
TJZ17RW Spur Gear Motor
DC Gear Motor

TJZ17RW

Compare ratio-specific output data, gearbox dimensions and mounting requirements.

Details to confirm

Rated voltage references
12 V
Nominal supply
12 V
Specifications & drawings →
TJZ25RA Spur Gear Motor
DC Gear Motor

TJZ25RA

Compare ratio-specific output data, gearbox dimensions and mounting requirements.

Details to confirm

Rated voltage references
12 V
Nominal supply
12 V
Specifications & drawings →
TJZ25RB Spur Gear Motor
DC Gear Motor

TJZ25RB

Compare ratio-specific output data, gearbox dimensions and mounting requirements.

Details to confirm

Rated voltage references
6 V
Nominal supply
6 V
Specifications & drawings →
TJP33RH Spur Gear Motor
DC Gear Motor

TJP33RH

Compare ratio-specific output data, gearbox dimensions and mounting requirements.

Details to confirm

Rated voltage references
12 V
Nominal supply
12 V
Specifications & drawings →
TJP33RM Spur Gear Motor
DC Gear Motor

TJP33RM

Compare ratio-specific output data, gearbox dimensions and mounting requirements.

Details to confirm

Rated voltage references
24 V
Nominal supply
24 V
Specifications & drawings →
42GA530 Spur Gear Motor
DC Gear Motor

42GA530

Compare ratio-specific output data, gearbox dimensions and mounting requirements.

Details to confirm

Rated voltage references
12 / 24 V
Nominal supply
12 / 24 V
Specifications & drawings →
37GA545 DC Gear Motor
DC Gear Motor

37GA545

Compare ratio-specific output data, gearbox dimensions and mounting requirements.

Details to confirm

Nominal supply
Confirm selected winding
Specifications & drawings →

Compare the Layout Before the Ratio

Planetary gear motor assemblies

Compare the gearbox diameter, assembly length, output layout and mounting drawing. Review the available reductions and configuration-specific output values before selecting the planetary assembly.

Compare Planetary Gear Motors →

Worm gear motor assemblies

Review the relationship between the motor body, gearbox and output shaft in the drawing. Confirm load, reversals and any back-driving or holding requirement for the selected worm configuration.

Compare Worm Gear Motors →

Spur gear motor assemblies

Compare the gearbox envelope, shaft position and fixing points of the available layouts. Keep speed, torque and current tied to the same motor, reduction ratio and stated test condition.

Compare Spur Gear Motors →

DC Gear Motor Sourcing Questions

How do we choose between planetary, worm and spur structures?

Start with output orientation, installation space, shaft and mounting requirements. Then compare the reductions and published working points for each candidate. Send the mechanism drawing if the layout is undecided.

Can we select a gear motor by ratio alone?

A ratio does not define the complete assembly. Identify the motor winding, supply, gearbox, output shaft and duty. Use the corresponding output data and drawing for that configuration.

Can maximum speed and maximum torque be combined?

Do not combine maxima from different ratios or test points. Read the complete configuration row and confirm the loaded working point, operating cycle and test conditions for the mechanism.

What is needed for an OEM gear motor inquiry?

Include the assembly or series code, supply, required output speed and torque, operating cycle and installation drawing. State shaft loads, reversal or holding requirements and expected quantities where they apply.

Discuss Your Motor Requirements

Share your supply, loaded speed, torque and installation requirements with the expected quantity.

  • Supply voltage, loaded speed and torque
  • Shaft, mounting and installation requirements
  • Sample quantity and expected project demand

A drawing, reference motor or application brief is a useful starting point.

Open the full inquiry page →

Request an OEM Motor Quote

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