分布式活性碳再生炉实时监控系统的设计

文章介绍了用计算机和网络通信技术实现的工业用活性碳再生炉实时监控系统。从网络体系结构的划分、硬件构成和软件设计等几个方面详细阐述了基于Intranet技术的分布式活性碳再生炉实时监控系统的工作原理和硬软件的设计方法。根据现场被控对象的数学模型，在控制策略上采用了PID—PD控制算法，提高了被控对象的可靠性和稳定性。经现场实际使用表明，系统具有较高的控制精度、较强的鲁棒性和较少的超调量，因而具有一定的推广使用价值。

Design of Distributed Real-time Monitoring and Controlling System of Carbon Furnaces

A distributed real-time monitoring and controlling system of carbon furnaces realized by computer, Intranet and communication technology is introduced. System network structures, hardware configurations and software design about distributed real-time monitoring and controlling system of carbon furnaces based on Intranet are explained in detail. According to mathematical model of controlled objects, its control tactics adopts PID-PD algorithm. It improves the reality and stability of controlled objects. The actual result indicates that system has higher precision, stronger robustness and smaller overshoot. So the system has higher extending values to industry.