《过程控制系统与装置》以生产过程为背景介绍生产过程及典型装置各种参数的检测和控制方法。首先介绍过程控制的要求和特点,被控对象、控制器、执行器、测量变送单元的特性与分析;然后针对工业生产过程的主要参数介绍其检测方法和控制系统的设计;最后介绍计算机控制系统并结合典型生产装置介绍先进控制技术的设计方法和应用。《过程控制系统与装置》可以作为自动化专业本科生以及化学工程、热能工程炼油和轻工等专业的本科生或研究生教材,也可以作为从事生产过程检测控制的研究人员和工程技术人员的参考用书。前言第1章过程控制系统概述1.1过程控制的发展和特点1.1.1过程控制的发展概况1.1.2过程控制的特点1.2过程控制系统的组成1.2.1过程控制系统的组成和框图1.2.2过程控制系统的分类1.2.3过程控制系统的传递函数1.3控制系统的过渡过程和品质指标1.3.1静态和动态1.3.2过程控制系统的过渡过程1.3.3过程控制系统的品质指标思考练习题第2章过程控制系统主要环节的特性与分析2.1被控对象2.1.1被控对象的基本特性2.1.2被控对象的一般描述方法2.1.3被控对象的一般建模方法2.1.4被控对象特性的分析2.2测量变送单元2.2.1测量变送的基本概念2.2.2测量仪表的主要特性分析2.3执行器2.3.1执行器的构成和分类2.3.2执行机构和特性分析2.3.3控制阀的结构和特性2.3.4控制阀的流量特性2.3.5控制阀的流量系数和不平衡力2.3.6控制阀附件2.3.7控制阀的选型与安装2.4控制器2.4.1控制器概述2.4.2控制器的基本控制规律2.4.3DDZ-Ⅲ型电动调节器2.4.4数字控制器2.5其他单元2.5.1显示与记录单元2.5.2安全栅2.5.3操作器思考练习题第3章典型参数检测控制系统3.1温度检测控制系统3.1.1温度检测仪表与变送器3.1.2温度控制系统的分析与设计3.2压力检测控制系统3.2.1压力检测仪表与变送器3.2.2压力控制系统的分析与设计3.3流量检测控制系统3.3.1流量检测仪表3.3.2流量控制系统的分析与设计3.4液位检测控制系统3.4.1液位检测仪表3.4.2液位控制系统的分析与设计3.5成分检测控制系统3.5.1气体成分检测仪表3.5.2成分控制系统的分析与设计3.6简单控制系统的投运和参数整定3.6.1投运步骤3.6.2控制器的参数整定思考练习题第4章其他控制系统4.1串级控制系统4.1.1串级控制的概念及框图描述4.1.2串级控制系统分析4.1.3串级控制系统设计与实施4.2前馈控制系统4.2.1前馈控制的基本原理4.2.2前馈控制的常用结构形式4.3比值控制系统4.3.1比值控制问题4.3.2定比值控制系统4.3.3变比值控制系统4.3.4比值控制系统的实施与应用4.3.5比值控制系统的应用举例4.4均匀控制系统4.4.1均匀控制问题的由来4.4.2均匀控制系统的实现4.4.3均匀控制参数工程整定4.5分程控制系统4.5.1分程控制原理4.5.2分程控制系统的设计与应用4.6选择控制系统4.6.1选择控制问题的由来4.6.2选择控制系统的设计4.6.3选择控制中的积分饱
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Seller: liu xing, Nanjing, JS, China
paperback. Condition: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date :2012-09-01 Pages: 305 Publisher: Machinery Industry Press title: process control systems and devices Original Price: 39 yuan Author: Zhang Hongjian ed Publisher: China Machine Press Publication Date: 2012 - 9-1ISBN: 9787111385639 Words: 484.000 yards: 305 Edition: 1 Binding: Paperback: large size and weight of the 32 products: Editor's executive summary book production process for the detection of the background of the production process and the various parameters of a typical device and control methods. First introduced the process control requirements and characteristics of controlled object. controllers. actuators. and measuring the characteristics of the transmitter unit; detection methods and control system design and then introduced the main parameters for the industrial production process; Finally. the computer control The system design and application of advanced control technology and combined with typical production unit. The book can serve as undergraduate or graduate textbooks of automation undergraduate chemical engineering. thermal engineering. oil refining and light. but also can be used as in the reference book for researchers and engineering and technical personnel in the detection and control of the production process. Contents Preface Introduction Chapter 1 Overview process control system composition 1.2.1 process control system composed of an overview of the 1.1 development and characteristics of the process control the 1.1.1 process control development characteristics 1.1.2 Process Control 1.2 process control system and a block diagram of 1.2. Reflections practice of quality indicators of the process control system of the transition process and quality of the control system of the transfer function of the process control system of the two process control system classified 1.2.3 1.3 1.3.1 indicators static and dynamic 1.3.2 process control system of the transition process 1.3.3 the title of Chapter 2. the main components of the process control system characteristics controlled object and Analysis 2.1 2.1.1 2.1.2 general description of the controlled object 2.1.3 charged with the object of general modeling method of the basic characteristics of the controlled object 2.1.4 composition and classification of the actuator of the main features of the measuring instruments of the basic concepts of the controlled object characteristic analysis of the measuring transducer of 2.2 measurement transmitter unit 2.2.1 2.2.2 2.3 Actuator 2.3.1 2.3.2 implementing agencies and characteristics analysis 2.3 .3 control valve structure and characteristics 2.3.4 2.3.5 Control valve flow coefficient and the unbalanced force control valve flow characteristics 2.3.6 control valve attachment 2.3.7 2.4 controller control valve selection and installation 2.4.1 controller overview of the the 2.4.2 controller basic control law 2.4.3 DDZ- electric regulator 2.4.4 digital controller 2.5 other unit 2.5.1 display and recording unit operator 2.5.2 barrier 2.5.3 thinking exercises questions on the typical parameter detection and control system the 3.1 temperature measurement and control system 3.1.1 Temperature instrumentation transmitter 3.1.2 temperature control system analysis and design 3.2 pressure detection and control system 3.2.1 pressure instrumentation transmitter 3.2 .2 pressure control system analysis and design 3.3 traffic detection control system 3.3.1 flow instrumentation 3.3.2 traffic control system analysis and design 3.4 level detection control system 3.4.1 level instrumentation 3.4.2 Level Control System Analysis and Design 3.5 component detection control system 3.5.1 gas composition instrumentation 3.5.2 ingredient control system analysis and design a 3.6 simple control system put into operation and parameter tuning 3.6.1 and put into operation step 3.6.2 controller parameters tuning Thinking Exercis. Seller Inventory # FV037637