Modeling and Research of Reciprocating Rod Conveying System Based on Amesim
The reciprocating rod conveying system is one of the main forms of conveying systems in welding production lines of automotive body.Its lift drive is generally driven by a motor and cylinder together,the mechanical model is relatively complex,therefore,the conventional methods are difficult to model and calculate.Currently,the designers mainly rely on engineering experiences and previous examples for the model selection and structural design of the drive device.In this paper,based on Amesim software,the system model is constructed to study a new method for calculating the model selection and structural design of motor and cylinder under the motor-cylinder combined drive mode.The results show that the model can accurately calculate reasonable cylinder diameter,motor power,torque,and other parameters under the dual drive mode.Compared with traditional methods,the application of this model significantly reduces the calculated motor power,saving the energy consumption in the operation of the production line,while further reducing the structure size.
Reciprocating rod conveying systemAmesimmodel selection designcombined drivestrength analysis
NETL
NSTL
万方数据
