Does anyone have a PDF version of the Process Industry Instrumentation Engineer's Manual? Please ask for help.

It's hard to find yours, I want a copy too

This is a book that has just been published, so I guess there is no electronic version available yet.

Yes, I can’t find it anywhere online :(

Yes, I guess it wasn’t possible during this time.

Contents: Chapter 1 Basics of process control 1 1.1 Overview 1 1.2 Process control system composition 3 1.3 Process dynamic characteristics 4 1.4 Classification of control functions 7 1.5 Parameter settings of the control system 12 1.6 Typical control system 17 1.7 Control system examples 32 1.8 Signal transmission 41 1.9 Error 45 Chapter 2 Temperature instrument 47 2.1 Overview 47 2.2 Expansion thermometer 48 2.3 Pressure thermometer 51 2.4 Radiation thermometer (infrared thermometer) 54 2.5 Semiconductor thermometer 56 2.6 Thermal resistor 58 2.7 Thermocouple 65 2.8 Temperature transmitter 76 2.9 Strength calculation of protective sleeve 81 Chapter 3 Pressure instrument 94 3.1 Pressure gauge 94 3.2 Pressure transmitter 115 Chapter 4 Flow Meters 123 4.1 Overview 123 4.2 Differential Pressure Flow Meter 127 4.3 Volumetric Flow Meter 140 4.4 Target Flow Meter 148 4.5 Electromagnetic Flow Meter 152 4.6 Ultrasonic Flow Meter 155 4.7 Vortex Flow Meter 161 4.8 Turbine Flow Meter 164 4.9 Coriolis Mass Flow Meter 168 4.10 Thermal mass flow meter 172 4.11 Rotameter 174 4.12 Flow switch 177 4.13 Electronic belt scale 180 4.14 Solid flow measurement 184 4.15 Other flow measurement methods 187 4.16 Measuring instrument 198 4.17 Flow calibration device 201 Chapter 5 Level detection instrument 205 5.1 Overview 205 5.2 Glass plate (tube) level meter 207 5.3 Magnetic float level meter 210 5.4 Float level meter 212 5.5 Float level meter 214 5.6 Pressure level meter 217 5.7 Magnetostrictive level meter 224 5.8 Steel belt level meter 227 5.9 Servo level meter 229 5.10 Radar liquid (material) level meter 231 5.11 Ultrasonic level meter 237 5.12 External liquid level meter 240 5.13 Capacitive liquid (material) level meter 244 5.14 Radio frequency admittance liquid (material) level meter 247 5.15 Radioactive liquid (material) level meter 249 5.16 Vibrating liquid (material) level switch 252 5.17 Paddle type material level switch 254 5.18 Storage tank metering system 257 Chapter 6 Analytical Instruments 260 6.1 Classification of Analytical Instruments 260 6.2 Liquid Phase Analytical Instruments 268 6.3 Gas Phase Analytical Instruments 308 6.4 Spectroscopic Instruments 362 6.5 Gas Detection Alarm System (GDS) 372 6.6 Pretreatment System 388 6.7 Analysis Cabin 406 6.8 Standard sample 412 Chapter 7 Special Instruments 421 7.1 Concentration meter 421 7.2 Oil in water or water in oil analyzer 423 7.3 Dust and smoke analyzer 427 7.4 Flame detector 432 7.5 Mechanical condition monitoring instrument 437 7.6 Weighing instrument 446 7.7 Thickness meter 449 7.8 Gas calorific value analyzer 453 7.9 Noise monitor 459 7.10 Wind speed and direction meter 462 7.11 Handheld laser distance meter 467 7.12 Ultrasonic mud level meter 468 Chapter 8 Control valve 471 8.1 Overview 471 8.2 Globe valve (Globe) 473 8.3 Plug valve 476 8.4 Ball valve 480 8.5 Butterfly valve 486 8.6 Gate valve 492 8.7 Eccentric rotary valve 496 8.8 Diaphragm valve 498 8.9 Angle valve 501 8.10 Three-way valve 502 8.11 Self-operated regulating valve 505 8.12 Actuator selection 509 8.13 Control valve material 545 8.14 Control valve structure selection 548 8.15 Parameter calculation of control valve 553 8.16 Control valve accessories 559 8.17 Noise 568 8.18 Control valve leakage 570 8.19 Water hammer 589 8.20 Control valve intelligent manufacturing 590 Chapter 9 Safety auxiliary instruments 602 9.1 Safety barrier 602 9.2 Surge protector 610 9.3 Anti-static instrument 618 9.4 Isolator 620 9.5 Safety relay 623 Chapter 10 Ergonomics Design 626 10.1 Overview 626 10.2 Distributed control system human-machine interface 626 10.3 Safety instrumented system human-machine interface 649 10.4 Control room layout 653 10.5 Control room instruments 666 10.6 Instrument panel cabinet 669 Chapter 11 Control system 675 11.1 Overview 675 11.2 Programmable Logic Controller System (PLC) 678 11.3 Distributed Control System (DCS) 730 11.4 Safety Instrumented System (SIS) 758 11.5 Supervisory Control and Data Acquisition System (SCADA) 794 11.6 Compressor Unit Control System (CCS) 801 11.7 Internet of Things (IOT) 808 11.8 Industrial control system network security 824 Chapter 12 Network/communication technology 831 12.1 Communication protocol 831 12.2 OSI reference model 832 12.3 Local area network 833 12.4 Ethernet (Ethernet) 838 12.5 TCP/IP 840 12.6 Serial communication 845 12.7 Precautions when communicating between DCS and subsystems 851 12.8 Fieldbus 851 Chapter 13 Application Software 862 13.1 Enterprise Resource Planning (ERP) 862 13.2 MES System 871 13.3 AMS System 875 13.4 Advanced Control 881 13.5 Simulation Software 885 Chapter 14 Calibration Instruments 896 14.1 Terms and Definitions 896 14.2 Calibration and Verification 896 14.3 Calibration method 897 14.4 Calibration or test requirements for process instruments 901 14.5 Requirements that should be met after instrument calibration or testing 914 14.6 Typical calibration instruments 915 14.7 Relevant standards 926 14.8 Attachments 926 Chapter 15 Power supply and gas source 934 15.1 Power supply 934 15.2 Gas source 951 Chapter 16 Environmental Impact and Measures 954 16.1 Environmental factors and equipment protection 954 16.2 Classification of environmental locations and equipment environmental resistance classification 957 16.3 Cold environment 967 16.4 Hot and humid environment 969 16.5 Dry hot environment 970 16.6 Salt spray environment 972 16.7 Corrosive environment 973 16.8 Earthquake environment 974 16.9 Lightning environment 975 16.10 Typhoon environment 976 16.11 Plateau environment 976 16.12 Explosive hazardous environment 977 16.13 Interference and anti-interference 1007 16.14 Grounding 1010 Chapter 17 Automatic control engineering design 1021 17.1 Design procedure 1021 17.2 Design content 1023 17.3 Design review 1037 17.4 Design cooperation 1043 17.5 Procurement cooperation 1048 17.6 Construction cooperation 1050 Chapter 18 Instrument installation engineering 1054 18.1 Common graphics, symbols and division of labor 1054 18.2 Instrument engineering materials and accounting 1076 18.3 Instrument wiring 1097 18.4 Instrument pipeline 1119 18.5 Instrument heating 1130 18.6 Welding 1140 18.7 Instrument construction anti-corrosion and insulation 1142 18.8 Instrument system testing and debugging 1150 18.9 Construction tools 1171 Chapter 19 Automatic control engineering design standards 1174 19.1 Standardized management system 1174 19.2 Classification of engineering construction standards 1176 19.3 Preparation procedures for engineering construction standards 1177 19.4 Regulations or decrees 1177 19.5 Safety-related standards 1178 19.6 Environmental health-related standards 1179 19.7 Design general atlas 1181 19.8 Chemical industry automatic control professional standard system 1181 19.9 Petrochemical industry automatic control professional standard system 1182 19.10 Thermal power and municipal industry automatic control standards 1183 19.11 International standards 1183 Chapter 20 Automatic control engineering design software 1188 20.1 Smart Instrumentation (SI) software 1188 20.2 Introduction to the main functions of Shihong Software (SHS) 1192 20.3 COMOS software 1199 20.4 Xianqiao automatic control auxiliary design software 1204 20.5 IAtools Intelligent automatic control design and management tool 1211 20.6 CONVAL® fluid device calculation, selection and optimization engineering software 1219 Chapter 21 Units and physical property parameters 1228 21.1 Units 1228 21.2 Periodic table of elements 1244 21.3 SI unit values of basic physical constants 1244 21.4 Main formulas 1245 21.5 Physical property parameters 1246 Chapter 22 General information 1315 22.1 Pipe diameter and flow rate 1315 22.2 Straight pipe resistance drop 1320 22.3 Local resistance drop 1322 22.4 Pressure loss chart 1325 22.5 Volume calculation 1327 22.6 Related equipment 1329 22.7 Instrument arrival quality inspection 1342 22.8 Simple detection method of metal materials 1348 22.9 Meteorological data of major cities in my country 1350 22.10 Relationship between atmospheric pressure and altitude 1362 Chapter 23 Materials 1364 23.1 Steel and codes 1364 23.2 Classification of steel 1365 23.3 Classification, composition, codes and characteristics of various steel materials, comparison of steel codes in various countries 1367 23.4 Pipe 1372 23.5 Section steel 1383 23.6 Flange 1389 23.7 Flange material type 1417 23.8 Pressure-temperature rating 1418 23.9 Gasket 1424 23.10 Fastener 1427 23.11 Thread 1429 23.12 Metal material properties 1433 23.13 List of corrosion resistance of metal materials 1435 23.14 Engineering plastics 1441 23.15 Coatings 1443 Chapter 24 Terminology 1445 24.1 Measurement terms 1445 24.2 Reliability terms 1448 24.3 Instrument terms 1450 24.4 Automatic control terms 1458 24.5 Dynamic characteristics of industrial instruments and related terms 1464 24.6 DCS terminology 1466 24.7 SIS terminology 1469 24.8 PLC terminology 1470 24.9 IEC related terms and abbreviations 1471 24.10 Fieldbus technical terms 1473 Appendix 1478 References 148

560 yuan, so expensive! Only work units will buy this kind of book.

Yes, let’s see if anyone in Haichuan has an electronic version:P

This is a new book. It has been compiled for so many years. Even if someone has the electronic version, they will not release it to the public so soon.

No. Buy a copy and help me make an electronic version.

If I could buy it, I wouldn’t post this :D

I don’t have any money either! How about crowdfunding and buying a copy?

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