A precision splitter is a mechanism that achieves intermittent motion. It has the characteristics of high indexing accuracy, smooth operation, large torque transmission, self-locking positioning, compact structure, small volume, low noise, good high-speed performance, and long service life. It is an ideal product for replacing traditional mechanisms such as wheel mechanisms, ratchet mechanisms, incomplete gear mechanisms, and pneumatic control mechanisms.

It is a rotating transmission device with intermittent rotation function. The implementation of its own function needs to be completed under the action of the driving source motor. In the early stages of selecting a precision divider, factors such as the speed, station, and driving angle of the precision divider have been determined in advance. So, how should the speed of the precision divider be adjusted during use?

The adjustment of the speed of the precision divider is actually the adjustment of the motor speed. What is said here is to ensure that the motor used in the precision divider has an increasing frequency variation range within the "rated power" range. Most precision dividers use speed regulators to adjust the speed of the motor. For motors, there is always an upper limit to the speed. The speed control range in use is more focused on low-frequency characteristics. For example, for a 50Hz designed motor, if the governor reaches full torque at 0.05Hz, the speed range is 1:1000. In general, the torque of the V/F controlled frequency converter we use is relatively poor when running at 0.05Hz, and the 1:1000 adjustment range cannot be achieved in this way.

Precision dividers include motors used by other devices. Below the fundamental frequency, it is a constant torque speed regulation. The speed can vary from 0 to 1440 RPM from 0 to 50Hz. Speed regulation above the fundamental frequency belongs to constant power speed regulation. The faster the speed, the smaller the torque of the motor. Relatively speaking, the lower the power of the motor. Therefore, when controlling the speed of the precision divider, adjustments should be made based on the actual use of the motor and the needs of production efficiency.