摘要
随着控制理论和电子技术的发展,工业控制器的适应能力增强和高度智能化正逐步成为现实。作者设计了基于单片机的远红外烘干机温度控制系统,试验表明,该系统根据不同区域的温度要求进行控制,可以满足烘干过程中的温度控制的需要,温度控制精度较高,自适应性较好;且该系统控制方法采用PID算法,结构简单、鲁棒性好、可靠性高。
With the development of control theory and electronic technology, the industrial controller＇s adaptability enhancement and high intelligence are gradually becoming reality. A temperature control system for far infrared dryer based on single-chip microcomputer was designed. The test results showed that the system could control temperatures in different areas, and meet the requirements for temperature control during drying process. The system had high precision and good self-adaptability. The control method of this system used PID algorithm which has simple structure, good robustness and high reliability.
出处
《有色冶金节能》
2012年第4期43-45,共3页
Energy Saving of Nonferrous Metallurgy
关键词
单片机
温度控制
PID控制
single-chip microcomputer
temperature control
PID control
