Vocational automation category 12th Five-Year Plan textbooks: Process Control Engineering(Chinese Edition)
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Vocational automation category 12th Five-Year Plan textbooks: Process Control Engineering(Chinese Edition) (2013)
~EN PB NWISBN: 9787122156020 bzw. 7122156028, vermutlich in Englisch, Taschenbuch, neu.
Lieferung aus: China, Volksrepublik, Versandkosten nach: AUT.
Von Händler/Antiquariat, BookerStudy.
paperback. New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: 2013 02 Pages: 199 Language: Chinese in Publisher: Chemical Industry Press Vocational College Automation 12th Five-Year Plan textbooks: process control engineering process control engineering theory. process control training The two major components. The first part is divided into seven chapters. introduces process control principles. knowledge of process control engineering. expounded the basic concepts of the process control system. the mathematical model of the process control system. a more detailed description of the process control system controller actuators. simple control system analysis and design of complex control system. a new control system. the typical process unit control program made more comprehensive introduction. The second part is the training part. including basic training. improve training. curriculum design and training related to curriculum design and integrated training design task book and curriculum design report writing format. Higher Vocational Automation 12th Five-Year Plan textbooks: process control engineering as a vocational college production process automation technology related professional materials. are also available for electrical. mechanical. metallurgical. chemical process. pharmaceutical . light industry and other professional reference. Contents: Chapter 1 Process Control System Overview 1.1 process control the 1.1.1 process control system composed of the basic concepts of the system and classification 1.1.2 process control system development overview 1.2 process control system block diagram 1.3 process control system of the transition process and quality indicators 1.3.3 Process Control Systems Quality indicators examples and answers 1.3.4 affect control system transition process quality indicators 1.4 piping and instrumentation diagrams of the transition process of the the the 1.3.1 process control system static and dynamic 1.3.2 process control system graphic symbols (P & ID) 1.4.1 1.4.2 letter 1.4.3 instrument tag number 1.4.4 meter symbol instance Chapter Summary thinking questions and exercises Chapter 2 process control system of mathematical modeling 2.1 mathematical modeling 2.1.1 Basic concepts 2.3 Test Modeling 2.3.1 Time Domain method to build 2.1.2 to establish the purpose of the mathematical model 2.1.3 Mathematical model of the method for getting 2.1.4 process controlled variable selection the 2.1.5 process input variables choice 2.2 process modeling amplification factor K2.4.2 time constant T2.4.3 lag time r examples and to answer Chapter Summary thinking questions Exercises Chapter 3 controller and actuator 3.1 controller and mold 2.3.2 rectangular pulse method 2.4 Description object characteristic parameters 2.4.1 Executive Overview 3.2 Basic control law and its impact on the transition process of the system 3.2.1 dual control 3.2.2 proportional control Control 3.2.4 Differential Control 3.3 controller 3.3.1 3.2.3 Integral analog regulator 3.3.2 Digital 3.3.3 Programmable Logic Controller type regulator the 3.3.4 virtual adjust instrument 3.4 Actuator 3.4.1 actuator constitute 3.4.2 Actuator classification and characteristics 3.4.3 Actuator role the way 3.4.4 pneumatic actuators Example answer the Chapter Summary thinking questions and exercises Chapter 4 single-loop control system 4.1 single-loop control system Overview 4.2 Select 4.3 operating variables controlled variable 4.3.2 4.3.1 operating variables object characteristics to select the operating variables affect 4.3 .3 operational variable selection principle 4.4 Measurement 4.4.1 Effect of the time constant of the measuring element the pure lag 4.4.3 4.4.2 measuring element signal transfer lag 4.4.4 overcome transmitter hysteresis characteristic of the characteristics of the element and the transmitter Measures 4.5 select 4.6 controller control law regulating valve (actuator) the choice of the 4.6.1 controller control law to determine 4.6.2 controller is counterproductive determine the engineering of the 4.7 controller parameter tuning 4.7.1 critical proportional method 4.7.2 attenuation curve method 4.7.3 experience trial and error legislative questions and answers Chapter Summary 5.1 cascade control system thinking questions and exercises in Chapter 5 complex control system 5.1.1 Overview 5.1.2 Cascade control system 5.1.3 cascade control system characteristics 5.1.4 Cascade control system to determine deputy circuit 5.1.5 main sub-controller control law and the positive reaction of the works of select 5.1.6 controller parameters tuning 5.2 uniform control system 5.2.1 uniform control purposes 5.2.2 uniform control program 5.3 ratio control system 5.3.1 Overview 5.3.2 ratio control system of the type 5.4 feed control system 5.4.1 feedforward control system and its characteristics 5.4.2 feedforward feedback control 5.4 .3 feedforward control applications 5.5 Selective control system of the basic concepts of control systems 5.5.1 5.5.2 selective type 5.5.3 Windup prevent 5.6 process control system 5.6.1 Overview 5.6.2 Split Control 5.6.3 Split Control Example applications of to answer the Chapter Summary thinking Chapter 6 of the new control system of questions and exercises 6.1 adaptive control system 6.1.1 variable gain adaptive control system 6.1.2 model reference adaptive adaptive control system optimization objective function directly control systems 6.1.3 6.1.4 predict the basic structure of the control self-tuning control system 6.2 Predictive Control System 6.2.1 6.2.2 Predictive Control features and application of the 6.3 Intelligent Control System 6.4 expert control system 6.5 Fuzzy Control System 6.6 neural network control system decoupling control system 6.7 6.8 Other new control system and fault diagnosis system control 6.8.2 Robust Control 6.8.3 fault detection and fault diagnosis Chapter Summary 6.8.1 inferred to think about the questions and exercises first Chapter 7 of the control scheme of a typical process cell 7.1 fluid delivery device control program Centrifugal control scheme 7.1.1 7.1.2 7.1.3 the control scheme of the air compressor of the reciprocating pump control programs 7.1.4 Centrifugal Compressor Antisurge 7.3 refined control scheme of the automatic control 7.2.1 7.2 heat transfer equipment vibration control on both sides had no phase change heat exchanger 7.2.2 heat carrier condensation heater automatic control 7.2.3 coolant vaporized cooling automatic control 7.3.1 process requirements of the distillation column control scheme fractionator control scheme of the interfering factors of fractionator 7.3.2 7.3.3 7.4.2 vessel type reactor 7.4 chemical reactor control 7.4.1 chemical reactor control requirements automatic temperature control the automatic control of of 7.4.3 fixed bed reactor 7.4.4 fluidized bed 7.5 industrial boiler automatic control of the reactor control the program 7.5.1 boiler equipment control requirements 7.5.2 boiler drum level control 7.5.3 control of boiler combustion process 7.5.4 Example superheated steam temperature control and to answer Chapter Summary thinking questions and exercises Chapter 8 process control system basic training 8.1 Training Equipment Overview 8.1.1 experimental device characteristics 8.1.2 Technical Specifications 8.1.3 screen Help and instructions 8.1.4 device using Notes 8.2 8.3 simple process control system of complex process control systems Chapter 9 Intelligent Temperature Control System 9.1 Intelligent Temperature Control System Overview 9.2 expert self-tuning temperature controller the 9.2.1 XMA5000 features 9.2. conventional PID parameter settings 9.2.3 regulator panel selection and use of the temperature sensor wiring 9.3 9.4 serial communication part of the 9.5 meter Note Chapter 10 small electric boiler Comprehensive Training topics the example 10.1 small electric boiler process control courses designed 10.1.1 the nature. status and tasks of the curriculum design 10.1.2 Course design goals 10.1.3 allocated 10.1.4 assessment methods and Grading Standards 10.1.5 curriculum design reference topics 10.2 small electrical requirements 10.1.6 References curriculum design task book purpose. tasks and requirements of the boiler process control Comprehensive Training 10.2.1 Training 10.2.2 Training of teaching requires 10.2.3 Training 10.2.4 internship process plans the discipline requires 10.2.6 10.2.5 internship internship report requirements composition 10.3.2 Layout Description the internship evaluation 10.2.7 Comprehensive Training Example 10.3 curriculum design report writing format 10.3.1 Design Report Appendices Appendix 1 of the Laplace transform control Appendix 2 measured variables and instrument combination function example in Appendix 3 Process Flow Diagram the symbol Appendix 4 on the process flow diagram of the equipment and machinery Legend materials Code Appendix 5 on the process flow diagram control valve gas pipes. fittings. valves and accessories Legend Appendix 6 to open the form of a gas shut Reference References Satisfaction guaranteed,or money back.
Von Händler/Antiquariat, BookerStudy.
paperback. New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: 2013 02 Pages: 199 Language: Chinese in Publisher: Chemical Industry Press Vocational College Automation 12th Five-Year Plan textbooks: process control engineering process control engineering theory. process control training The two major components. The first part is divided into seven chapters. introduces process control principles. knowledge of process control engineering. expounded the basic concepts of the process control system. the mathematical model of the process control system. a more detailed description of the process control system controller actuators. simple control system analysis and design of complex control system. a new control system. the typical process unit control program made more comprehensive introduction. The second part is the training part. including basic training. improve training. curriculum design and training related to curriculum design and integrated training design task book and curriculum design report writing format. Higher Vocational Automation 12th Five-Year Plan textbooks: process control engineering as a vocational college production process automation technology related professional materials. are also available for electrical. mechanical. metallurgical. chemical process. pharmaceutical . light industry and other professional reference. Contents: Chapter 1 Process Control System Overview 1.1 process control the 1.1.1 process control system composed of the basic concepts of the system and classification 1.1.2 process control system development overview 1.2 process control system block diagram 1.3 process control system of the transition process and quality indicators 1.3.3 Process Control Systems Quality indicators examples and answers 1.3.4 affect control system transition process quality indicators 1.4 piping and instrumentation diagrams of the transition process of the the the 1.3.1 process control system static and dynamic 1.3.2 process control system graphic symbols (P & ID) 1.4.1 1.4.2 letter 1.4.3 instrument tag number 1.4.4 meter symbol instance Chapter Summary thinking questions and exercises Chapter 2 process control system of mathematical modeling 2.1 mathematical modeling 2.1.1 Basic concepts 2.3 Test Modeling 2.3.1 Time Domain method to build 2.1.2 to establish the purpose of the mathematical model 2.1.3 Mathematical model of the method for getting 2.1.4 process controlled variable selection the 2.1.5 process input variables choice 2.2 process modeling amplification factor K2.4.2 time constant T2.4.3 lag time r examples and to answer Chapter Summary thinking questions Exercises Chapter 3 controller and actuator 3.1 controller and mold 2.3.2 rectangular pulse method 2.4 Description object characteristic parameters 2.4.1 Executive Overview 3.2 Basic control law and its impact on the transition process of the system 3.2.1 dual control 3.2.2 proportional control Control 3.2.4 Differential Control 3.3 controller 3.3.1 3.2.3 Integral analog regulator 3.3.2 Digital 3.3.3 Programmable Logic Controller type regulator the 3.3.4 virtual adjust instrument 3.4 Actuator 3.4.1 actuator constitute 3.4.2 Actuator classification and characteristics 3.4.3 Actuator role the way 3.4.4 pneumatic actuators Example answer the Chapter Summary thinking questions and exercises Chapter 4 single-loop control system 4.1 single-loop control system Overview 4.2 Select 4.3 operating variables controlled variable 4.3.2 4.3.1 operating variables object characteristics to select the operating variables affect 4.3 .3 operational variable selection principle 4.4 Measurement 4.4.1 Effect of the time constant of the measuring element the pure lag 4.4.3 4.4.2 measuring element signal transfer lag 4.4.4 overcome transmitter hysteresis characteristic of the characteristics of the element and the transmitter Measures 4.5 select 4.6 controller control law regulating valve (actuator) the choice of the 4.6.1 controller control law to determine 4.6.2 controller is counterproductive determine the engineering of the 4.7 controller parameter tuning 4.7.1 critical proportional method 4.7.2 attenuation curve method 4.7.3 experience trial and error legislative questions and answers Chapter Summary 5.1 cascade control system thinking questions and exercises in Chapter 5 complex control system 5.1.1 Overview 5.1.2 Cascade control system 5.1.3 cascade control system characteristics 5.1.4 Cascade control system to determine deputy circuit 5.1.5 main sub-controller control law and the positive reaction of the works of select 5.1.6 controller parameters tuning 5.2 uniform control system 5.2.1 uniform control purposes 5.2.2 uniform control program 5.3 ratio control system 5.3.1 Overview 5.3.2 ratio control system of the type 5.4 feed control system 5.4.1 feedforward control system and its characteristics 5.4.2 feedforward feedback control 5.4 .3 feedforward control applications 5.5 Selective control system of the basic concepts of control systems 5.5.1 5.5.2 selective type 5.5.3 Windup prevent 5.6 process control system 5.6.1 Overview 5.6.2 Split Control 5.6.3 Split Control Example applications of to answer the Chapter Summary thinking Chapter 6 of the new control system of questions and exercises 6.1 adaptive control system 6.1.1 variable gain adaptive control system 6.1.2 model reference adaptive adaptive control system optimization objective function directly control systems 6.1.3 6.1.4 predict the basic structure of the control self-tuning control system 6.2 Predictive Control System 6.2.1 6.2.2 Predictive Control features and application of the 6.3 Intelligent Control System 6.4 expert control system 6.5 Fuzzy Control System 6.6 neural network control system decoupling control system 6.7 6.8 Other new control system and fault diagnosis system control 6.8.2 Robust Control 6.8.3 fault detection and fault diagnosis Chapter Summary 6.8.1 inferred to think about the questions and exercises first Chapter 7 of the control scheme of a typical process cell 7.1 fluid delivery device control program Centrifugal control scheme 7.1.1 7.1.2 7.1.3 the control scheme of the air compressor of the reciprocating pump control programs 7.1.4 Centrifugal Compressor Antisurge 7.3 refined control scheme of the automatic control 7.2.1 7.2 heat transfer equipment vibration control on both sides had no phase change heat exchanger 7.2.2 heat carrier condensation heater automatic control 7.2.3 coolant vaporized cooling automatic control 7.3.1 process requirements of the distillation column control scheme fractionator control scheme of the interfering factors of fractionator 7.3.2 7.3.3 7.4.2 vessel type reactor 7.4 chemical reactor control 7.4.1 chemical reactor control requirements automatic temperature control the automatic control of of 7.4.3 fixed bed reactor 7.4.4 fluidized bed 7.5 industrial boiler automatic control of the reactor control the program 7.5.1 boiler equipment control requirements 7.5.2 boiler drum level control 7.5.3 control of boiler combustion process 7.5.4 Example superheated steam temperature control and to answer Chapter Summary thinking questions and exercises Chapter 8 process control system basic training 8.1 Training Equipment Overview 8.1.1 experimental device characteristics 8.1.2 Technical Specifications 8.1.3 screen Help and instructions 8.1.4 device using Notes 8.2 8.3 simple process control system of complex process control systems Chapter 9 Intelligent Temperature Control System 9.1 Intelligent Temperature Control System Overview 9.2 expert self-tuning temperature controller the 9.2.1 XMA5000 features 9.2. conventional PID parameter settings 9.2.3 regulator panel selection and use of the temperature sensor wiring 9.3 9.4 serial communication part of the 9.5 meter Note Chapter 10 small electric boiler Comprehensive Training topics the example 10.1 small electric boiler process control courses designed 10.1.1 the nature. status and tasks of the curriculum design 10.1.2 Course design goals 10.1.3 allocated 10.1.4 assessment methods and Grading Standards 10.1.5 curriculum design reference topics 10.2 small electrical requirements 10.1.6 References curriculum design task book purpose. tasks and requirements of the boiler process control Comprehensive Training 10.2.1 Training 10.2.2 Training of teaching requires 10.2.3 Training 10.2.4 internship process plans the discipline requires 10.2.6 10.2.5 internship internship report requirements composition 10.3.2 Layout Description the internship evaluation 10.2.7 Comprehensive Training Example 10.3 curriculum design report writing format 10.3.1 Design Report Appendices Appendix 1 of the Laplace transform control Appendix 2 measured variables and instrument combination function example in Appendix 3 Process Flow Diagram the symbol Appendix 4 on the process flow diagram of the equipment and machinery Legend materials Code Appendix 5 on the process flow diagram control valve gas pipes. fittings. valves and accessories Legend Appendix 6 to open the form of a gas shut Reference References Satisfaction guaranteed,or money back.
Daten vom 18.02.2022 21:17h
ISBN (andere Schreibweisen): 7-122-15602-8, 978-7-122-15602-0
ISBN (andere Schreibweisen): 7-122-15602-8, 978-7-122-15602-0
Zuerst gefunden: 18.02.2022 21:17:29
Zuletzt gefunden: 18.02.2022 21:17:29
Kleinster Preis: € 53,36 (vom 18.02.2022 21:17:29)
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Zuletzt gefunden: 18.02.2022 21:17:29
Kleinster Preis: € 53,36 (vom 18.02.2022 21:17:29)
Höchster Preis: € 53,36 (vom 18.02.2022 21:17:29)
Fundstellen insgesamt: 1
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