For planetary reducers, their gears are important and weak components. Some companies work at high loads for a long time to improve work efficiency, and the load on the gears is also increasing, which increases the failure rate of the equipment. In order to meet the needs of various companies, today we will tell you a few small methods to improve the load and performance of planetary reducer equipment.
1. Gear modification
Modifying the tooth profile and root end modification is a good method to improve the performance of heavy-duty gears by modifying them. For heavy-duty gears, gear tooth end modification is usually prevented due to the misalignment of overloaded teeth.
2. Adjusting displacement coefficient
If the displacement coefficient is selected correctly, the bearing capacity of the gear can be increased by 20% to 30%.
3. Accuracy and error of control devices
Not only does it affect the tooth surface strength of the gear level with precision, but it also focuses on the value of pitch error. If the tooth pitch error is large, the rolling pressure applied to the gear teeth is also large.
4. Increase tooth width
When the outer diameter of the planetary gear reducer remains constant, increasing the width while the inner gear can effectively improve the load-bearing capacity of the gear.
5. Add gear module and increase tooth profile angle
The outer diameter of the planetary reducer remains unchanged, and it is necessary to increase the bearing capacity by appropriately increasing the gear modulus and reducing the number of gear teeth.
Here is a reminder to everyone that overall, in order to improve the performance of planetary reducers, modifications must be made under the guidance of professional personnel. Do not make changes on your own. To ensure the normal operation of your planetary reducer, everyone must pay more attention.