In the past, when the worm gear reducer was used for braking, many places did not understand the precision control elements of the worm gear reducer, so some semi-automatic procedures were needed to complete the automation.In order to improve the efficiency of automation, the worm gear reducer needs to have a more accurate speed, and its accuracy is mainly determined by the parts being executed. The deceleration capacity and control accuracy of the worm gear reducer are affected as follows: In the control process of the worm gear reducer, due to the control buffer delay of the worm gear reducer, it is normal that there is a gap between the ideal speed and the actual speed.However, the speed and the requirements for the mouth should be as close as possible.In this case, the worm gear reducer has a longer buffer opportunity. The speed of the worm gear reducer and control is the compensating factor for the variation.In the process of controlling the circuit of the worm gear reducer, it is generally necessary to have a stable auxiliary device and a deceleration device, which is also a more suitable compensation method for the worm gear reducer. The automatic device of the worm gear reducer can be measured, but it will also be affected by the actual situation.On the one hand, even if there is export rate data, the vehicle braking will be affected during the operation of the worm gear reducer during the control process. For the influence factors of the time difference on the speed, the buffer frequency of the worm gear reducer can be mainly reduced to reduce the deceleration difference. The influence of the deceleration difference of the worm gear reducer will also have an impact on the braking of the vehicle.It is mainly to meet the braking demand of the reducer device in terms of capacity. In short, it is normal for the worm gear reducer to have deviations in the actual use capacity and accurate deceleration capacity control.China has invested a lot of time and experience in these aspects to minimize numerical differences and more accurate control.
