Design of a real-time monitoring and automatic adjusting system for the belt tension of telescopic machines

Abstract

In order to solve the problem of belt deviation, this paper designs a real-time monitoring and automatic adjusting system for the belt tension of telescopic machines. The system obtains data through the MCU, an ADS1246 chip and a full strain bridge, transmits the data through Zigbee network, and displays the data through the industrial control screen, thus realizing the real-time monitoring of the belt tension. The master MCU performs algorithm calculation firstly, and then performs real-time control of the motor through the CAN bus, so as to achieve automatic adjustment of the tension. This paper designs corresponding circuits and software according to each functional module. The results show that the real-time monitoring and automatic adjusting system is of great timeliness and accuracy, and has good application and promotion value.