The system of assembly line temperature control is a
typical industrial flow production device. Due to its
improvements of production quality and reduction of energy
consumption, it is of significance to exactly control the
temperature of assembly line. In order to provide students a
more vivid understanding of industrial assembly line heating
temperature control, deeply understand the temperature control
strategies like PID control, self-tuning PID control and fuzzy
control, acknowledge the concept of field bus, an experimental
teaching control system of the assembly line heating furnace
temperature is developed based on graphical programming
software LabVIEW. Test results demonstrated that the system is
a reliable, flexible one with good control effect. In addition, the
interface of the system has a satisfied effect on human-computer
interaction. This system effectively improved students’ cognitive
efficiency and greatly reduced the experimental costs at the same
time. Moreover, students' autonomy and the innovation are
greatly prompted. It is developed not only for teaching reform,
but also enriching undergraduates’ extracurricular scientific
activities to develop their practical ability.