What are the characteristics of gear reduction motors

Release Time：

2024-09-24

1. Drive efficiency. Due to the use of rolling engagement in the meshing area, the primary driving efficiency is generally between 90% and 95%. 2. Compact structure, small volume, and light weight. Compared with ordinary cylindrical gear reducers, the volume of planetary reduction motors can be reduced by 2/1-2/3. 3. Less faults and longer lifespan. The main driving components are manufactured using bearing steel grinding, resulting in excellent mechanical and wear resistance. Additionally, due to its rolling friction, it has fewer failures and a longer lifespan. 4. Smooth and reliable operation. Due to the multi tooth meshing during the driving process, it operates smoothly and reliably with low noise. 5. Easy to disassemble and repair. 6. Strong overload capacity, impact resistance, low inertia moment, suitable for frequent starting and forward and reverse rotation. 7. The driving ratio is large. The driving ratio during first level deceleration is 1/6-1/87. The driving ratio during two-stage deceleration is 1/99-1/7569; The driving ratio during three-level driving is 1/5841-1/658503. In addition, multi-level combinations can be used as needed to achieve a specified speed ratio.

Gear reduction motor is an application of planetary drive principle, using gear meshing. This type of reduction motor has replaced two-stage and three-stage ordinary cylindrical gear reduction motors and cylindrical worm gear reduction motors in the vast majority of cases. It has the following characteristics:

1. Drive efficiency. Due to the use of rolling engagement in the meshing area, the primary driving efficiency is generally between 90% and 95%.

2. Compact structure, small volume, and light weight. Compared with ordinary cylindrical gear reducers, the volume of planetary reduction motors can be reduced by 2/1-2/3.

3. Less faults and longer lifespan. The main driving components are manufactured using bearing steel grinding, resulting in excellent mechanical and wear resistance. Additionally, due to its rolling friction, it has fewer failures and a longer lifespan.

4. Smooth and reliable operation. Due to the multi tooth meshing during the driving process, it operates smoothly and reliably with low noise.

5. Easy to disassemble and repair.

6. Strong overload capacity, impact resistance, low inertia moment, suitable for frequent starting and forward and reverse rotation.

7. The driving ratio is large. The driving ratio during first level deceleration is 1/6-1/87. The driving ratio during two-stage deceleration is 1/99-1/7569; The driving ratio during three-level driving is 1/5841-1/658503. In addition, multi-level combinations can be used as needed to achieve a specified speed ratio.