Abstract: In this paper, the wireless communication network is established based on wireless communication equipment based on wireless network control technology. The wireless process control strategy for tank and high temperature furnace are designed, and the predictive function control (PFC⁃PID) and generalized open⁃loop response (GORC⁃PID) strategies are proposed respectively. Based on the requirement of task, the configuration of software and hardware for wireless industrial process system is achieved. On basis of this, the modelling of dynamic mathematic model of system and engineering configuration are completed. Finally, the industrial process control system based on wireless network is developed with the water tank and high temperature heating furnace of the National Local Joint Engineering Laboratory of Petrochemical Process Operation Optimization and Energy Saving Technology as the experimental device and the configuration software of Microwave Command Guidance System (MCGS) as the development and verification platform. The control results show that the developed wireless industrial process control system can control the level of tank and temperature of high temperature furnace effectively. It can avoid the drawback of wired communication at the industrial filed and has a very high industrial value.

Key words: Wireless network, Tank, High temperature furnace, Wireless process control, Microwave CMCGS

摘要： 基于无线网络控制技术组建无线通讯网络。设计了水箱和高温炉无线过程控制方案，提出了预测函数控制切套比例⁃积分⁃微分控制（PFC⁃PID）和广义开环响应切套比例⁃积分⁃微分控制（GORC⁃PID）策略。根据任务需求，对无线工业过程控制系统软、硬件及通讯接口配置进行配置。在此基础上，完成了系统动态数学模型的建立和工程组态实现。最后，以石油化工过程运行优化与节能技术国家地方联合工程实验室的水箱和高温加热炉作为实验装置，以微波指令制导系统（MCGS）组态软件为开发和验证平台，开发了无线网络的工业过程控制系统。结果表明，所开发的无线工业过程控制系统可以有效地控制水箱液位和高温炉温度，避免了工业现场中有线通讯方式存在的弊端，具有极高的工业应用价值。

关键词: 无线网络, 水箱, 高温炉, 无线过程控制, MCGS