How to select the precision servo planetary reducer and how to match the precision servo planetary reducer that suits you and your equipment is a complex scientific problem, and it also troubles the work of every purchaser or engineering designer?

　　The selection of precision servo planetary reducer generally depends on the speed reduction ratio, installation method, output method, load capacity, output torque, output speed, return clearance, working conditions, etc., in detail:

　　XNUMX. Selection of precision of precision servo planetary reducer:

　　Next, consider the return clearance of the planetary reducer.The smaller the return gap, the higher the accuracy and the higher the cost.Users can choose a series of reducers that meet their accuracy requirements.

　　XNUMX. Selection of the size and specifications of the precision servo planetary reducer:

　　After satisfying the above conditions, please choose a reducer with a smaller volume. The cost of a reducer with a smaller volume is relatively lower.If you don't have enough space to connect the motor reducer in a straight line, you can also choose a corner reducer, which can turn the torque by 90 degrees.

　　XNUMX. Considering the service life of the precision servo planetary reducer:

　　Also consider lateral/radial forces and average life.The reducer with large lateral/radial force is highly reliable in installation and use, and it is not easy to cause problems.The actual life can be calculated according to the software provided by the manufacturer.Usually its average life is much longer than the life of the equipped servo motor.

　　Fourth, the selection of the speed ratio of the precision servo planetary reducer:

　　When selecting a planetary reducer, you must first clarify the reduction ratio. After determining the reduction ratio, please multiply the rated torque of your selected servo motor by the reduction ratio. The value obtained is in principle less than the rated output torque of the similar reducer provided in the product catalog. , Servo planetary reducer must also consider the overload capacity of its drive motor and the actual required operating torque.The required working torque should be less than 2 times the rated output torque.