6.0 Instrument maintenance data list

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6.0 Instrument maintenance information list │ ├─6.0 Instrument maintenance animation │ U-tube heat exchanger.swf │ U-tube differential pressure gauge.gif │ U-tube differential pressure gauge.swf │ Cascade uniform control.swf │ Series pipes.swf │ Hot and cold materials.swf │ Split-range control.swf │ Heating furnace.swf │ Heating furnace cascade.swf │ Single coil spring tube.swf │ Pressure thermometer.gif │ Pressure thermometer.swf │ Pressure gauge 1.gif │ Double level differential pressure meter.gif │ Double level differential pressure meter.swf │ Double rotor gas flow meter.gif │ Double rotor flow meter.gif │ Nozzle flow rate.swf │ Nozzle flow meter.gif │ Solid expansion thermometer.gif │ Solid expansion thermometer.swf │ Uniform control.swf │ Orifice flowmeter.gif │ Orifice flowmeter.swf │ Orifice flowmeter 1.gif │ Orifice flow meter 1.swf │ Volumetric flow meter.gif │ Volumetric flow meter.swf │ Differential pressure level meter A.gif │ Differential pressure level gauge A.swf │ Differential pressure level gauge B.gif │ Differential pressure level gauge B.swf │ Differential pressure level gauge C.gif │ Differential pressure level gauge C.swf │ Piston actuator with valve positioner.swf │ Strain pressure sensor.gif │ Strain pressure sensor.swf │ Spring tube pressure instrument.gif │ Spring tube pressure instrument.swf │ Differential duality.swf │ Venturi flow meter.gif │ Venturi flowmeter.swf │ Venturi flowmeter 1.swf │ Oval gear flowmeter.gif │ Oval gear flowmeter.swf │ Proportionality ~ Disturbance.swf │ Proportionality ~ Setting.swf │ Proportionality ~ Transition.swf │ Pneumatic piston actuator.gif │ Pneumatic piston actuator.swf │ Nitrogen sealing range control.swf │ Piston actuator.swf │ Calibration of flow meter.gif │ Calibration of flow meter.swf │ Dynamometer 1.gif │ dynamometer 22.gif │ Velocity measuring tube.swf │ Measuring bridge.swf │ Vortex flowmeter.gif │ Turbine flowmeter.gif │ Turbine flowmeter.swf │ Liquid level control.swf │ Liquid level measurement.swf │ Mixer and cleaner combination device.swf │ Wet gas flowmeter.gif │ Vortex flowmeter.gif │ Thermocouple installation.swf │ Thermocouple thermometer.gif │ Thermocouple thermometer.swf │ Thermocouple compensation wire outline drawing.gif │ Thermocouple compensation wire outline drawing.swf │ Thermal resistor structure.jpg │ Thermal resistor structure.swf │ Material transfer.swf │ Principle of measuring molten metal with intrusive thermocouple.swf │ Voltage measurement.gif │ Voltage measurement.swf │ Capacitive pressure sensor.gif │ Capacitive pressure sensor.swf │ Capacitive level gauge.gif │ Capacitive level gauge.swf │ Electric contact pressure instrument.gif │ Electric contact pressure instrument.swf │ Electromagnetic flowmeter.gif │ Integral ~ Disturbance.swf │ Integral ~ Setting.swf │ Steady state characteristics.swf │ Vertical waist wheel flowmeter.gif │ Vertical waist wheel flowmeter.swf │ Simple uniform control.swf │ Pure hysteresis.swf │ Pure hysteresis 2.swf │ Diaphragm pressure sensor.gif │ Diaphragm pressure sensor.swf │ Throttle flow meter.jpg │ Diaphragm actuator.gif │ Diaphragm actuator.swf │ Structure of thin film thermocouple.jpg │ Structure of thin film thermocouple.swf │ Attenuation ratio.swf │ Principle of ultrasonic liquid level measurement.gif │ Principle of ultrasonic liquid level measurement.swf │ Rotameter flowmeter.gif │ Rotameter flowmeter.swf │ Rotameter flowmeter.gif │ Rotameter flowmeter.swf │ Rotameter flowmeter animation.swf │ Boiler control.swf │ Boiler drum.swf │ Closed-loop control system.swf │ Target flowmeter.gif │ Target flowmeter.swf │ Schematic diagram of bubble level measuring device.swf │ ├─6.0 Instrument Maintenance Manual │ │ TDC3000 Distributed Control System │ │ Compilation of TSI Hotline Hot Film Anemometer Instruction Manual Volume 1 Translated by Sheng Senzhi, Chen Dianlan, Xie Shuhuan, 1983 Edition │ │ Verilog-HDL Practice and Application System Design │ │ Selected Electrical Instruments and Electrical Appliances Cases of Home Maintenance by First-line Masters │ │ China Instrument and Meter Manufacturers Directory 2010-2011 2011 Edition │ │ Selected Papers from the First Academic Annual Meeting of the Chinese Information Processing System Research Society of the Chinese Instrument and Control Society │ │ Sinopec Employee Training Materials Instrument Typical Fault Case Analysis Edited by Sun Jun, 2014 Edition │ │ Secondary Vocational School Innovative Textbook Instrument Analysis Operation and Practical Training edited by Wu Juying, 2012 Edition │ │ Intermediate Instrument Maintenance Worker Training Tutorial Edited by Li Wensen, Li Dongjing, Tian Zhili, 2012 Edition │ │Clinical Laboratory Instrumentation 2nd Edition 2012│ │Clinical Laboratory Instrumentation * Question set 2012 │ │ Basics of artificial intelligence 358 │ │ Basics of artificial intelligence (higher education) 496 │ │ Principles and methods of artificial intelligence - Ma Xianmin │ │ List of instruments and meters books.txt │ │ Use of instruments and electrical components testing 2014 │ │ Introduction to innovative methods of instrumentation The application of TRIZ in the field of instrumentation 2013 │ │ The latest standards and engineering application technology at home and abroad for instrumentation │ │ The latest standards and applications for instrumentation at home and abroad │ │ The design and application of instrumentation systems edited by Zeng Weekend 2012 edition │ │ Structural design of instrumentation parts 292 │ │ Instrumental Analysis 5th Edition edited by Hu Ping and Wang Hydro, 2019 edition │ │ Instrumental Analysis 2017 edition by Su Mingwu │ │ Instrumental Analysis edited by Dong Huiru │ │ Instrumental Analysis Guo Yong │ │ Instrumental Analysis 2018 edition edited by Wei Fuxiang and others │ │ Instrumental Analysis - Editor-in-chief by Fang Huiqun, Yu Junsheng, etc. of Nanjing University, Science Press │ │ Application of Instrumental Analysis in Soil Science and Biology│ │ Instrumental Analysis Experiments 2019 edition edited by Guo Ming, Wu Ronghui, Li Minghui, and Yu Fei│ │ Introduction to Instrumental Analysis 2nd Edition Volume 1│ │ Introduction to Instrumental Analysis 2nd Edition Volume 2│ │ Introduction to Instrumental Analysis 2nd Edition Volume 3│ │ Introduction to Instrumental Analysis 2nd Edition Volume 4 IRNMRMSUV Data Set │ │ Instrumental Analysis Technology edited by Zhao Shifen and Yan Dongliang 2016 Edition │ │ Instrumental Analysis Tutorial │ │ Instrumental Analysis Tutorial (2nd Edition) - edited by Ye Xianzeng and Zhang Xinxiang │ │ Instrumental Analysis Chromatographic Analysis Technology 2011 Edition │ │ Instrument Manufacturing Technology 2013 │ │ Instrument Manufacturing Technology 2nd Edition 2013 │ │ Design Manual of Extra Fine Thread Ordinary Thread Gauge for Instruments │ │ Instrument Circuit │ │ Instrument Accuracy Theory 2015 Edition │ │ Instrument System Design Edited by Zhou Hong 2015 Edition │ │ Instrument Error Questions 400 │ │ Instrument Repair Shop Design Manual CADC052-93 │ │ Compilation of Common Standards for Instrument Functional Materials 2013 Edition │ │ Design and Construction of Instruments and Automatic Control Systems │ │ Estimates and Quotas for Instrument Installation Projects │ │ Must-Read for Instrument Workers 2014 Edition │ │ A must-read for instrument workers, edited by Huang Wenxin, 2014 edition │ │ Instrument Engineer's Manual Le Jiaqian First Edition 731 │ │ Instrument Engineer's Manual Le Jiaqian Second Edition 918 │ │ Instrument Engineer's Guide │ │ Instrument Engineering Construction Manual 745 │ │ Instrument Worker Identification Chart │ │ Instrument Worker Test Question Set Online Analysis Instrument Volume 365 │ │ Instrument Worker Test Question Set Field Instrument Volume 3rd Edition Compendium, Edited by Zhu Bingxing and Wang Sen 2015 Edition │ │ Instrument Worker Test Question Set Second Edition Field Instrument Volume 265 │ │ Instrument Worker Test Question Set Second Edition) Control Instrument Volume 267 │ │ Instrument Engineer Test Question Set (Third Edition) Field Instrument Volume │ │ Instrument Engineer Questions and Answers 51 │ │ Instrument Engineer Questions and Answers 2013 │ │ Instrument Common Data Manual (Second Edition) 512 │ │ Instrument Common Data Manual 348 │ │ Instrument Control System Chief Editor Wu Jiuxu │ │ Instrument Amplifier Application Engineer's Guide (Second Edition) │ │ Instrument intrinsically safe explosion-proof technology Xu Jianping │ │ Instrument intrinsically safe explosion-proof technology │ │ Practical Technical Skills for Instrument Electricians 2011 Edition │ │ Instrument Maintenance Worker Zhang Hongcui et al. 2010 Edition │ │ Instrument Maintenance Worker Technician, Senior Technician - Skill Appraisal Textbook 94 │ │ Instrument Maintenance Worker Shen Yuliang 237 │ │ Instrument Maintenance Worker (First Edition) Shi Yinxuan 390 │ │ Instrument Maintenance Worker │ │ Detailed Explanation of Practical Skills for Instrument Maintenance Worker 2013 │ │ Instrument Maintenance Worker Technical Questions and Answers Zhuang Shaojun - │ │ Instrument Maintenance Worker Skills Competition Tutorial Guide │ │ Instrument Maintenance Worker (Second Edition) 389 │ │ Instrument maintenance technician training tutorial edited by China National Petroleum Corporation's Human Resources Department, 2011 edition │ │ Instrument maintenance technology training tutorial edited by China National Petroleum Corporation's Human Resources Department, 2011 edition │ │ Basics of instrument maintenance operations edited by Shi Yingchun, Zhu Qing, Fang Lin, 2016 edition │ │ Instrument automation professional training textbook Distributed Control System Application Guide 178 │ │ Instrument Automation System Installation and Operation 2014 │ │ Instrument Equipment Construction Technical Manual 2010 Edition │ │ Instrument Parts and Mechanisms │ │ Instrument Flight Guide 2013 Edition │ │ Instrument Gear │ │ The Truth about Generic Drugs Eban 2020 Edition │ │ Simulation Technology │ │ Microphone Manual Third Edition John Eargle's Guide to Microphone Design and Application (USA) by Ray A. Rayburn, 2019 Edition│ │ Sensing Technology and Application - Zhou Jiming, Wang Shiming│ │ Sensing Detection and Measuring Instruments 2010 Edition │ │ Working Environment Air Detection Principles and Technology Edited by Wang Zhiliang, 2013 Edition │ │ Signal, System and Automatic Control Principles │ │ Signal Analysis and Processing Virtual Instrument Experiment Tutorial 2013 │ │ Fuzzy Technology in Information Processing │ │ Fourier Transform Infrared Spectrometer - Weng Shifu 34 │ │ Advanced Control Technology and Application - Wang Shuqing │ │ Optoelectronic Instrument Principle and Design 2013 │ │ Optoelectronic Instrument Principle and Application 2014 │ │ Optoelectronic Instrument Design 2012 │ │ Optoelectronic Display Principles and Technology edited by Zou Kaishun, Wang Fuzhong 2016 Edition │ │ Photoelectric Detection Technology and Systems 2nd Edition Liu Tiegen 2017 Edition │ │ Optoelectronic System Analysis and Design (South Africa) Cornelius J. Willers 2015 Edition │ │ Optical Communication Instruments and Testing Applications 2012 Edition │ │ National College Student Electronic Design Competition Textbook Volume 5 Electronic Instrument Design 2013 Edition │ │ National College Measurement and Control Technology and Instrument Professional Planning Textbook Online Analysis Instruments compiled by Yu Yang 2015 Edition │ │ National Electric Power Vocational Education Planning Textbook Instrument Monitoring and Maintenance by Lun Guorui 2011 Edition │ │ National Electric Power Vocational Education Planning Textbook Electrical Instruments and Measurements │ │ National Unified Installation Project Budget Quota Volume 10, Automation Control Device and Instrument Installation Project GYD-210-2000 (Second Edition) │ │ National Higher Vocational Education Planning Textbook Automatic Detection Technology 2011 Edition │ │ Total Station Measurement Technology Li Zeqiu 2012 Edition │ │ Use and Maintenance of Highway Engineering Testing Instruments Chief Editor Zhang Cuiyu │ │ Highway Engineering Testing Instruments and Equipment Calibration Guide 2011 │ │ Metallurgical Instrument Analysis │ │ General Atlas for the Installation of Automation Instruments and Control Devices in the Metallurgical Industry (Volume 1) │ │ General Atlas for the Installation of Automation Instruments and Control Devices in the Metallurgical Industry (Volume 2) │ │ Analytical Instrument Operation Technology and Maintenance Second Edition 2013 │ │ Analytical Instrument Maintenance Third Edition Editor-in-Chief Mu Huarong 2015 Edition │ │ Analytical Test Instrument Review Viewing the Progress of Analytical Technology from BCEIA2013 Instrument Exhibition 2014 │ │ Analytical Test Instrument Review: Looking at the progress of analytical technology from BCEIA'2015 Instrument Exhibition 2016 Edition by China Analytical and Testing Association │ │ Review of Analytical Testing Instruments: The progress of analytical technology in 2012 from the perspective of BEEIA'2011 instruments │ │ Research progress in analytical testing technology 2013 Compilation of acceptance results of Zhejiang Province analytical testing research projects in 2014 │ │ Automatic control of refrigeration and air conditioning │ │ 200 questions on the principle, use and repair of moving coil instruments │ │ Chemical analysis and instrumental analysis experiments 2012 edition │ │ Chemical Analysis Engineer Practical Technology Series Spectral Analysis Instrument Use and Maintenance │ │ Chemical Analysis Engineer Practical Technology Series Electrochemical Analysis Instrument Use and Maintenance │ │ Chemical Analysis Methods and Instrument Research 2014 Edition │ │ Chemical Workers Self-Study Series Instrument Circuit Basics │ │ Chemical Process Design Manual--Equipment and Instrument Selection│ │ Chemical DCS Technology and Operation 2nd Edition Chief Editor Wu Jian ； Liu Songhui, deputy editor-in-chief Chen Yapeng 2016 edition │ │ Chemical Instruments 561 │ │ Chemical Instruments_Cai Xizhong 450 │ │ Chemical Instrumentation and Automatic Control 2013 edition edited by Gao Juan and Wang Shirong │ │ Chemical Instrumentation and Automatic Regulation 183 │ │ Chemical Instrumentation and Automation 297 │ │ Chemical Instrumentation and Automation 2014 │ │ The 6th edition of chemical instrumentation and automation for chemical engineering and process majors, edited by Li Yuming, 2019 edition │ │ The 2nd edition of chemical instrumentation and automation for chemical engineering, food, pharmaceutical, environment, light industry, biology and other process majors, 2017 edition by Li Xuecong │ │ The fourth edition of chemical instrumentation and automation for chemical engineering majors, 2010 edition edited by Li Yuming │ │ Chemical instrumentation and automation third edition 290 │ │ Chemical instrumentation and automation third edition │ │ Chemical instrumentation and automation fourth edition │ │ Chemical instrumentation and automation (revised edition suitable for chemical majors) │ │ Chemical instrumentation and automation │ │ Complex control system of chemical instrumentation and automation │ │ Chemical instrumentation and automation example questions and xl question set │ │ Chemical Instrumentation and Automation Examples xl Question Set 172 │ │ Chemical Instrumentation and Automation Examples Chemical Instrumentation and Automation Training Tutorial (801 pages) │ │ Chemical Instrumentation and Automation Technology Majors 2010 Edition │ │ Chemical Instrumentation and Automation Knowledge Chemical Workers Self-Study Series │ │ Chemical Instrumentation and Automation 5th Edition 2011 Edition │ │ Chemical Instrument Maintenance Worker 512 │ │ Chemical Instrument Maintenance Worker │ │ Chemical Instrument Maintenance Workers Highly Skilled Personnel Training Textbook by Pan Jiaping 2017 Edition │ │ Chemical Instrument Maintenance and Repair Flow Measuring Instruments 384 │ │ Basic Training of Chemical Fiber Instruments │ │ Chemical Workers Job Training Textbook Chemical Instruments │ │ Chemical Detection and Control Technology 3rd Edition edited by Wang Yonghong and Qian Jing ； Zhang Quan, Deputy Editor-in-Chief Wang Hengqiang 2016 Edition │ │ Chemical Measurement and Instrumentation 2011 Edition │ │ Chemical Measurement and Instrumentation 2010 Edition │ │ Chemical Field Measurement and Control Instruments 2013 │ │ Chemical Production Execution System MES │ │ Chemical Electrical and Instrument Automation Technology Editor-in-Chief Zhang Mingjin 2012 Edition │ │ Chemical Electrical and Chemical Instruments 2012 │ │ Chemical Automation and Instruments 2011 Edition │ │ Chemical Automation and Instruments 2011 Edition │ │ Chemical Automation and Instruments 2nd Edition edited by Zhang Guangxin, Yang Liming, Wang Huiqin 2016 Edition │ │ Chemical Automation Control Instrument Operation Qualification Training and Assessment Textbook Revised Edition * * 2015 edition compiled by the Publicity and Education Center of the State Administration of Work Safety │ │ Composition of chemical automatic control systems edited by Wang Jingzhi 2015 edition │ │ Operation and maintenance of chemical automatic control systems │ │ Advanced control of chemical process │ │ Chemical process control engineering (second edition) 392 │ │ Chemical process control system - Lu Mingxiu, Luo An 335 │ │ Special measurements of chemical processes │ │ Principles and applications of chemical process automatic control 352 │ │ Laboratory Technician’s Reader Volume 2 Instrument Analysis │ │ Practical Guide to Commonly Used Instruments and Equipment in Laboratory (Laboratories) │ │ Medical Testing Instruments 2014 │ │ Medical Electronic Instrument Design 2014 │ │ Medical Electronic Instruments 2013 │ │ Principles of Medical Instruments │ │ Quick Repair Methods and Technologies for Healthcare Electronic Instruments │ │ Design and Development of Medical Electronic Instruments Practical Technologies for the Design, Production and Testing of Medical Instruments High Definition Reproducible Text Version │ │ Automatic Control Technology of Unit Units (Second Edition) │ │ Single-loop Digital Regulator │ │ Single chip microcomputer principle and intelligent instrument technology 2013 edition │ │ Pressure instrument use, maintenance and calibration Yao Shichun │ │ Pressure instrument 200 questions Gan Dafang 149 │ │ Pressure instrument use and maintenance │ │ Pressure instrument failure analysis 100 cases │ │ Pressure measurement technology and instruments │ │ Feedback control theory │ │ Practical Technology for Chromatographic Analysis of Dissolved Gases in Transformer Oil 2011 Edition │ │ Practical Technology for Gas Chromatography Analysis of Transformer Oil 2010 Edition │ │ Transmitter Selection and Maintenance Zhu Bingsheng │ │ Programmable Controller Principle·Application·Network│ │ Programmable Controller Basics and Programming Skills 340 │ │ Programmable Controller Application Technology│ │ Programmable controller application technology and practical training sample Liu Danjie │ │ Programmable controller application system design and communication network technology │ │ System design and application examples of programmable controller 294 │ │ Programmable controller selection design and maintenance (S7-200) │ │ Principle and programming of programmable controller │ │ Principle and application of programmable controller │ │ Programmable Controller Principle Application Network │ │ Programmable Controller Application Technology │ │ Programmable Controller Tutorial (Practical Training) (Hu Xuelin) (with bookmarks) │ │ Programmable Controller Tutorial-Qi Rong │ │ Programmable Control Technology │ │ Noise Control Technology │ │ Overview of Foreign Instrument Enterprises and Scientific Research Academic Groups, 1984 edition compiled by the Science and Technology Information Research Office of the Instrument Bureau of the Ministry of Machinery Industry │ │ * * Secondary Vocational Education Reform and Development Demonstration School Key Professional Textbook Construction Achievements On-site Instrument Installation and Debugging Practical Training Edited by Li Yuhong 2015 Edition │ │ * * General textbook for vocational ability training for production skilled personnel of power grid companies: Electrical Instrumentation and Measurement * * 2010 edition compiled by the Human Resources Department of the Power Grid Company │ │ * * Level 1 advanced skilled personnel training base series teaching materials·Building automation control equipment installation and maintenance professional instrument cabinet design and assembly 2015 edition edited by Zhao Huixia │ │ * * Occupational Skills Standards (2020 Edition) Instrument Manufacturing Workers │ │ International Engineering Project Claims Translation Series Duration Claims 2011 Edition │ │ Illustration of Commonly Used Electronic Instruments in 2014 │ │ Illustration of Quick Start to Use Electronic Measuring Instruments in 2013 │ │ Illustration of Commonly Used Electrical and Electronic Instruments for Ready-to-Learn and Use 2013 │ │ Illustrated Siemens S7-300 400PLC programming technology │ │ Online analysis instrument manual 853 │ │ On-line analysis instrument │ │ Online analysis instrument engineering work manual 2013 │ │ Online analysis engineering technology terminology 2014 │ │ Online analysis technology engineering education Jin Yizhong 2016 edition │ │ Online Analysis System Engineering Technology 2014 │ │ Local Power Plant On-the-job Maintenance Training Textbook Thermal Control Maintenance Edited by Zhang Benxian 2015 Edition │ │ Seismic Exploration Instruments Edited by the Petroleum Seismic Geophysical Instrument Teaching and Research Section of Changchun Institute of Geology │ │ Seismic Exploration Instruments (for petroleum geophysical exploration) Wang Guirong │ │ Principles of seismic exploration instruments Liu Zhongyi │ │ Principles of seismic exploration instruments Sun Chuanyou et al. │ │ Principles of seismic exploration instruments (for professional use of geophysical instruments) Lu Jiao │ │ Basic principles of seismic exploration instruments Sing Heming │ │ Selection and application technology of water flow measuring instruments in urban water supply and drainage industry 2010 edition │ │ Training materials for electrical technical workers in urban industrial and mining enterprises 2 Commonly used electrical appliances and controls for motors and transformers Electrical Measurements and Instruments Editor-in-Chief Wang Debeng 1990 Edition │ │ Virtual Instrument Design Based on LabWindows CVI │ │ Research on Rotating Machinery Fault Diagnosis Technology Based on Kernel Principal Component Fuzzy Clustering Author Li Huaijun 2016 Edition │ │ Intelligent Control Based on Network Environment │ │ A series of textbooks for pre-job training for employees of grass-roots power supply enterprises. 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Edited by Zhang Jianxia, 2010 edition. │ │ A series of textbooks for pre-job training for employees of grass-roots power supply enterprises.: Instrumentation and Measurement 2012 edition │ │ The original book on instrumentation and measurement of audio signals 2nd edition 2012 edition │ │ Fuzzy predictive control of complex systems and its application Li Shaoyuan 177 │ │ Research on multi-channel ultrasonic gas flow measurement technology 2014 edition │ │ Large analytical instrument usage tutorial 2014 │ │ Large programmable controller system design │ │ Large thermal power unit control technology series analog control system - Zhang Lixiang, Wang Qi │ │ Large thermal power unit control technology series program control system - Bai Jianyun, Yang Jinping │ │ Large thermal power unit sequence control and thermal protection │ │ Large current measurement │ │ Large-scale artificial neural network theoretical basis - Luo Siwei │ │ How to become an electronic engineer series (Part 11) Electronic measurement and electronic instruments │ │ Safety instrument monitoring workers from entry to proficiency in 2012 │ │ Safety detection technology and instruments │ │ Installation project budget knowledge Q&A series 08 Automatic control instrument installation project budget knowledge Q&A (2nd edition, 2006) │ │ Principles and applications of practical flow meters (2nd edition) │ │ Principles and applications of practical flow meters │ │ Practical Automatic Control Design Guide (Second Edition) 326 │ │ Instrumental Analysis for Practical Drug Research and Development 2014 │ │ Laboratory Glass Instrument Handbook │ │ Basic Theory of Wavelet Analysis 163 │ │ Ten Lectures on Wavelets │ │ Industrial Instruments and Automation Experiments edited by Hu Baoyin 2001 Edition │ │ Industrial Instrument Operation and Maintenance edited by Liu Yan and Wang Suoting 2015 Edition │ │ Anti-interference Technology in Industrial Control Engineering Xu Yiheng 2010 │ │ Industrial Data Communication and Control Network │ │ Industrial Configuration Technology Basics and Applications │ │ Industrial Automation Instruments 2011 Edition │ │ Industrial Automation Instruments │ │ Industrial Automation Instruments and Systems Manual (Volume 1) 844 │ │ Industrial Automation Instruments and Systems Manual (Volume 2) 870 │ │ Industrial Automation Instruments and Process Control │ │ Industrial Automation Instruments and their Systems Q&A Two Hundred Examples 412 │ │ Two Hundred Examples of Questions and Answers on Industrial Automation Instruments and Systems │ │ Industrial Automation Instrument Manual Volume 1 Basic Part Chapter 12 Instrument Materials "Industrial Automation Instrument Manual" Editorial Committee 1988 Edition │ │ Industrial Automation Instrument Manual Volume 3 Product Part 2 Chapter 30 Pneumatic Unit Combination Instrument "Industrial Automation Instrument Manual" Editorial Committee 1986 Edition │ │ Industrial Automation Instrument Manual Volume 3 Product Part 2 Chapter 36 Safety Interlock Alarm Device "Industrial Automation Instrument Manual" Editorial Committee 1986 Edition │ │ Industrial Automation Instrument Manual Volume 4 Application Part Chapter 46 Application of Automated Instruments in the Electric Power Industry "Industrial Automation Instrument Manual" Editorial Committee 1988 Edition │ │ Industrial Automation Instrument Manual Volume 4 Application Part Chapter 47 Application of Automated Instruments in the Coal Industry "Industrial Automation Instrument Manual" Editorial Committee 1988 Edition │ │ Industrial Automation Instrument Manual Volume 1 Basic Part │ │ Industrial Automation Instrument Manual Volume 3 Product Part (2) │ │ Industrial Automation Instrument Manual Volume 2 Product Part 1 Chapter 24 Indicating Adjustment Instruments "Industrial Automation Instrument Manual" Editorial Committee 1987 Edition │ │ Industrial Automation Instrument Manual Volume 4 Application Part │ │ Industrial Automation Instrument Series Series Display Adjustment Technology and Instruments 2011 │ │ Industrial Process Instrumentation and Regulation System 411 │ │ Industrial Control Configuration Technology and Application MCGS 2013 Edition │ │ Industrial Control Configuration Technology and Application Configuration King 2011 Edition │ │ Engineering Measurement Technology Major and Professional Group Textbook Measuring Instrument Calibration and Maintenance edited by Bai Wenjuan and Lin Yuanmao 2016 Edition │ │ Calibration methods of engineering test instruments and equipment │ │ Commonly used instrumentation methods and techniques 2014 │ │ Commonly used instrumentation and circuit analysis │ │ Commonly used instrumentation methods and application examples │ │ Commonly used instrumentation engineering 4th edition 2014 │ │ How to use commonly used instruments │ │ Commonly used microwave test instruments 2nd series │ │ Use and Maintenance of Commonly Used First Aid Instruments and Equipment 2013 │ │ Manual of Commonly Used Radio Instruments and Devices │ │ Commonly Used Thermal Parameters Manual 681 │ │ Use and Maintenance of Commonly Used Telecommunication Test Instruments in Six Volumes │ │ Principles, Use, and Maintenance of Commonly Used Electronic Instruments │ │ Adjustment and Repair of Commonly Used Electronic Instruments │ │ Commonly Used Electrical Instruments and Measurements │ │ Commonly used electrical measuring instruments │ │ Calibration of commonly used DC resistance instruments │ │ Commonly used beauty technologies and instruments │ │ Common electronic instrument manuals │ │ Construction Atlas of Building and Installation Engineering (First Edition) 7 Commonly Used Instrumentation Engineering │ │ Construction Atlas of Building and Installation Engineering (Second Edition) 07 Commonly Used Instrumentation Engineering │ │ Guide to Logging Instrument Fault Analysis and Troubleshooting Methods │ │ Step-by-step SLC500 control system and PANELVIEW training courses │ │ Microprocessors and instruments and controls │ │ Application of microprocessors in instruments and control systems │ │ Weak signal detection methods and instruments │ │ Rapid training of electrical instrument use and detection skills 2012 │ │ Inertial instrument testing and data analysis 2012 edition │ │ Inertial Instruments 2014 │ │ Inertial Technical Manual edited by Yang Lixi 2013 Edition │ │ Skilled Workers Job Training Question Bank Instrument Maintenance Worker Shen Yuliang Chemical Industry Press 1-71 │ │ Technical Workers Job Training Question Bank Instrument Maintenance Worker Shen Yuliang Chemical Industry Press 153-229 │ │ Skilled Worker Job Training Question Bank Instrument Maintenance Worker Shen Yuliang_Chemical Industry Press 73-151 │ │ Technical worker job training question bank instrument maintenance worker │ │ Technical worker job training question bank instrument maintenance worker_Shen Yuliang_Chemical Industry Press 2003004 │ │ Development of software for strong vibration-resistant vortex flowmeter and fast-response piezoelectric valve positioner_Wang Qin│ │ Vibration sensing and driving principles Liu Yu, Lu Yongle, Ou Yi, Zhi Zhi, Liu Qilie, etc. 2016 edition │ │ Vibration signal processing and data analysis Xu Ping, Hao Wangyi 2016 edition │ │ Control instruments and computer control devices │ │ Control instruments and devices 2013 edition │ │ Control Instruments and Devices 2014 Edition │ │ Control Instruments and Devices 2nd Edition │ │ Basics of Control Theory - Zhao Chunjun, Zhan Yihui │ Control System Simulation - Zheng Enrang, Nie Shiliang │ │ Control System Analysis, Design and Application - Application of MATLAB Language │ │ Control Devices and Instruments Thermal Power Plant Thermal Automatic Control Technology Series 306 │ │ Control Devices and Instruments Second Edition 2011 High Definition Copiable Text Version │ │ Cybernetics │ │ Control Valve Manual │ │ Manipulating Physical Instruments to Acquire Experimental Methods Physics Experiment Tutorial │ │ Teach you how to play with instruments commonly used by electricians 2015 edition edited by Zhou Zhimin and Ji Aihua │ │ Ministry of Education Higher Vocational Education Demonstration Professional Planning Textbook Production Process Automation Technology Professional Testing Technology and Instruments 2010 Edition │ │ Principles and Maintenance of Digital Display Adjustment Instruments 207 │ │ Digital Electrical Instrument Application Circuit 400 Examples │ │ New PID Control and Its Application Tao Yonghua Yin Yixin 291 │ │ New Electric Power Special Instrument Application Manual │ │ Installation Manual of Smart Electric Energy Meters in New Residential Areas 2016 Edition │ │ Beginner’s Guide to Maintenance Instruments and Tools 2012 │ │ Non-destructive testing instruments and measuring instruments │ │ Application of wireless instruments and wireless RTU in the construction of Jidong Digital Oilfield │ │ Radio enthusiasts instrument tool production, improvement and repair │ │ Wireless Communication Instruments and Test Applications 2012 Edition │ │ Wireless Communication Instruments and Test Applications 3rd Edition edited by Zhang Rui, Zhou Feng, Guo Longqing 2018 Edition │ │ General Higher Education Measurement and Control Technology and Instrument Professional Planning Textbook Measurement and Control Circuits and Applications 2011 Edition │ │ General Higher Education Measurement and Control Technology and Instrument Professional Planning Textbook Sensor Principles and Applications Editor-in-Chief Yuan Huijuan│ │ General Higher Education Measurement and Control Technology and Instrument Professional Planning Textbook Precision Instrument Design by Wang Zhihong, Liu Jie, Qian Chenghui 2016 Edition │ │ Intelligent Instruments Third Edition edited by Cheng Defulin Jun │ │ New devices and applications in intelligent instruments and data acquisition systems │ │ Intelligent Instrument Principles, Design and Development │ │ Intelligent Instrument Principles and Design 2011 Edition │ │ Intelligent Instrument Principle and Design │ │ Intelligent Instrument Theory, Design and Application 2014 Edition │ │ Intelligent Instrument Design Basics 2010 Edition │ │ Intelligent Instrument (SCM Application System Design) │ │ Intelligent Instrument Principle and Design 2013 Edition │ │ Intelligent Instrument Basics and Application │ │ Intelligent Information Processing and Intelligent Control │ │ The principles and applications of intelligent instrumentation are based on Proteus and C51 programming language 2011 edition │ │ Principles and use and maintenance of intelligent instruments │ │ Principles and design of intelligent measurement and control instruments 3rd edition 2012 edition │ │ Intelligent control - basics and applications │ │ Intelligent control principles and applications 250 │ │ Intelligent control and its MATLAB implementation │ │ Introduction to Intelligent Control │ │ Intelligent Control Technology │ │ Intelligent Control Theory and Technology │ │ Intelligent Control System │ │ Intelligent Control System and Its Application 322 │ │ Intelligent Detection Technology and Instruments 2nd Edition 2012 Edition │ │ Intelligent Theory and Intelligent Instruments 2010 Edition │ │ Comprehensive Integration of Intelligent Systems │ │ The latest Chinese and foreign electronic component characteristic parameters and replacement manual │ │ The latest practical electronic measuring instrument manual │ │ The latest metrological testing and instrument calibration, maintenance, use technical standards and quality management work specifications │ │ The latest communication engineering construction standards and specifications practical manual - Wu Shirong │ │ Machine Repair Manual Volume 7 General Equipment and Industrial Instrument Repair │ │ Verification and Calibration of Measuring Instruments for Motor Vehicle Safety Inspection 2013 Edition │ │ Mechanical CAD Edited by Ao Huiqing and Chen Haibo 2015 Edition │ │ Basics of Mechanical CAD Technology Edited by Hua Guangru 2016 Edition │ │ Mechanical Engineering Terms (3) Instrumentation 2003 │ │ Mechanical Engineering Handbook (Second Edition) Detection, Control and Instrumentation Volume │ │ Mechanical Measuring Instrument Repair (Volume 1) │ │ Mechanical Measuring Instrument Repair (Volume 2) │ │ Mechatronics Instruments and Equipment Principles·Usage Guide·Engineering Examples│ │ Mechatronics Technical Manual 2nd Edition Volume 2 Chapter 7 Automated Instruments and Measuring Devices│ │ Mechanical and Electrical Instrument Maintenance Training Tutorial│ │ Material Testing Instruments and Equipment Development Research Report 2013 │ │ Nuclear Engineering Testing Instruments │ │ Nuclear Power Plant Digital Instrumentation and Control System Software Verification and Validation Practical Manual 2010 Edition │ │ Detection, Control and Instrumentation Volume 1 General Introduction │ │ Detection, Control and Instrumentation Volume 2 Basics of Detection Technology │ │ Detection, Control and Instrumentation Volume 4 Basics of Control Technology │ │ Detection, Control and Instrumentation Volume 5, Process Detection Control Instruments and Devices │ │ Detection, Control and Instrumentation Volume 6, Scientific Test Instruments │ │ Detection, Control and Instrumentation Volume 7, Special Instruments │ │ Detection, Control and Instrumentation Volume 9, Instrument Components │ │ Detection, Control and Instrumentation 2013 Edition │ │ Detection and instrumentation high-definition editable text version │ │ Detection and conversion technology 2011 edition │ │ Detection and process control technology 2010 edition │ │ Detection instrument electronic circuit │ │ Detection technology and intelligent instruments (revised edition) │ │ Detection technology and automated instruments │ │ Detection technology and instrumentation 2014 edition │ │ Detection Technology and Instruments 2010 Edition │ │ Detection Technology and Microcomputerized Instruments │ │ Fuzzy Control │ │ Fuzzy Control·Neural Control and Intelligent Cybernetics - Li Shiyong │ │ Fuzzy Control and Systems │ │ Fuzzy Control Technology 175 │ │ Fuzzy Control Technology (China Textile) 337 │ │ Fuzzy control technology (major) 129 │ │ Fuzzy control theory and practice │ │ Fuzzy adaptive control theory and its application │ │ Pneumatic unit combined instrumentation and its application in production process automation │ │ Basics of pneumatic technology │ │ Pneumatic system design and selection │ │ Gas chromatography technology and railway electric locomotive transformer failure analysis 2012 edition │ │ Water Industry Instrument Automation 2011 Edition │ │ Instrumentation, Control and Automation of Sewage Systems │ │ Automobile Instruments (Second Edition) │ │ Automobile Instruments │ │ Automotive Performance and Instrumentation │ │ Automotive Lighting, Signaling and Instrument System Principles and Troubleshooting Examples 2011 Edition │ │ Oil Depot and Gas Station Equipment and Facilities Series Series: Oil depot auxiliary equipment, facilities and special instruments Ma Xiurang 2016 edition │ │ Manual for the selection of commonly used instruments in oil and gas fields Compiled by China Petroleum Planning and Design Institute │ │ Manual for the selection of commonly used instruments in oil and gas fields │ │ Process Industry Instrument Engineer's Manual │ │ Flow Meters 200 Questions Gan Dafang 137 │ │ Flow Detection Technology 2012 Edition │ │ Flow measurement instrument application skills 355 │ │ Flow measurement instrument application skills 2nd edition Chemical Industry Press 377 │ │ Flow measurement instrument application skills │ │ Flow measurement and compensation technology 247 │ │ Flow measurement and control practical manual 2013 │ │ Flow measurement engineering manual translated by Sun Yanzu Machinery Industry Press │ │ The Complete Book of Flow Measurement Technology, 2012 Edition │ │ The Complete Book of Flow Measurement Technology, 2012 Edition │ │ Flow Measurement Technology and Instruments │ │ Selection of Flow Measurement Methods and Instruments 422 │ │ Selection of Flow Measurement Methods and Instruments │ │ Highlights of Remote Diagnosis of Flow Measurement Systems 2012 Edition │ │ Flow Measurement Throttle Device Design Manual (Second Edition) │ │ Flow Meter Application Guide - Mass Flow Meter 271 │ │ Measurement and Control Instrument Design 2nd Edition 2011 Edition │ │ Measurement and Control Instruments and Devices 2012 Edition │ │ Measurement and Control Technology and Instrument Professional Experiment Tutorial 2013 │ │ Professional Introduction to Measurement and Control Technology and Instruments 2014 │ │ Introduction to Measurement and Control Technology and Instruments 2012 │ │ Practical Tutorial on Innovative Design of Measurement and Control Technology and Instruments 2012 │ │ Introduction to Measurement and Control Technology and Instruments (Professional) 2010 Edition │ │ Measurement and Control Technology and Virtual Instruments 2015 │ │ Measurement and Control Circuits 4th Edition 2011 Edition │ │ Use and Testing of Surveying and Mapping Instruments edited by Wu Dajiang and Liu Zongbo 2012 Edition │ │ Testing and Maintenance of Surveying and Mapping Instruments 2013 │ │ Manual of Measurement, Instruments and Sensors │ │ Measurement Instrument Practical xl Experiment Feng Shouliang, Zhang Lei, Gao Yanping, Han Chu 2014 Edition │ │ Measuring Instruments and Automation (Zhao Yuzhu) │ │ Measurement Basics and Common Instruments Tutorial 2012 │ │ Measurement Control and Instrumentation Frontier Technology and Development Trends (Second Edition) │ │ Measuring Circuits and Instruments 2014 Edition │ │ Zhejiang Province Installation Project Budget Quota (2010 Edition) (IV) Volume 6 Automation Instruments │ │ Hainan Province Installation Engineering Comprehensive Quota 2017 Volume Six Automation Control Instrument Installation Engineering │ │ A simple and in-depth introduction to Siemens WINCC V6 │ │ Practical Guide to Commonly Used Measuring Instruments for Temperature, Pressure, Flow, and Liquid Level 378 │ │ Temperature Instruments 200 Questions Gan Dafang 166 │ │ Temperature Transmitter Beijing Institute of Automation Technology Affiliated Factory Edition 1973 │ │ Practical technology for thermal automatic control in thermal power plants │ │ Thermal power plant equipment manual Volume 8 Instruments and automatic control system equipment │ │ Thermal power generation unit process control engineer training textbook Unit interlocking and protection system │ │ Thermal power generation vocational skills training textbook Thermal instrumentation and automatic device review Interpretation of Thermal Power Plant Thermal Control Professional Regulations 2017 edition edited by Luo Zhihao │ │ Thermal Power Construction Project Construction Technology Demonstration Manual 1 (Electrical and Instrument Control) │ │ Thermal Power Construction Quality Inspection and Assessment Standards - Thermal Instruments and Control Devices (1998 Edition) 315 │ │ Refinery Instrumentation and Regulation System Installation Manual Volume 1 Industrial Process Instrumentation and Regulation System │ │ Field Application Technology of Automation Instruments in Steelmaking Plants 2012 │ │ Thermal Process Automation 2nd Edition Edited by Li Tiecang 2009 Edition │ │ Thermal Process Automation │ │ Thermal Instruments and Control Devices Section │ │ Thermal Instruments and Thermal Engineering Portable Handbook │ │ Thermal Instruments and Automatic Devices │ │ Thermal Instruments and Automatic Regulation │ │ Thermal instrument repairman │ │ Thermal instrument and its maintenance 163 │ │ Thermal instrument and control device installation 520 │ │ Thermal instrument and automatic control system 2012 edition │ │ Thermal instrument and automatic device "Technical Questions and Answers for Thermal Power Plant Production Positions" compiled by the editorial board 2012 edition │ │ Thermal Instruments and Automatic Devices Intermediate Engineering 456 │ │ Thermal Instruments and Automatic Devices - Advanced Engineering │ │ Thermal Instruments and Automatic Devices Installation {Question Bank) 301 │ │ Thermal Instruments and Automatic Devices Technical Questions and Answers 411 │ │ Thermal Instruments Technical Questions and Answers 446 │ │ Thermal Instrument Inspection and Maintenance 127 │ │ Thermal Engineering Instrument Measurement and Regulation 2014 Edition │ │ Thermal Engineering Technical Manual Volume 5 Thermal Engineering Instrumentation and Automation │ │ Thermal Engineering Control and Operation │ │ Thermal Engineering Control System Technical Questions and Answers Chai Tong 562 │ │ Thermal Engineering Measurement and Automatic Control (Professional Application of Heating, Ventilation and Air Conditioning Engineering Technology) 2nd Edition Cheng Guangzhen's 2013 Edition │ │ Thermal Measurement Instruments 2nd Edition 2013 │ │ Thermal Measurement and Instruments with Thermal Measurement and Instruments Self-study Examination Outline │ │ Thermal Measurement and Instruments National Electric Power Vocational Education Planning Textbook │ │ Thermal Measurements and Instruments Editor-in-Chief Pan Wangjie │ │ Thermal Measurements and Instruments 3rd Edition 2011 Edition │ │ Thermal Measurements and Instruments │ │ Thermal Measurement and Control 2010 Edition │ │ Thermal Measurement and Control Instruments Installation Second Edition Ye Jiangqi 588 │ │ Thermal Measurement and Control Instruments Installation │ │ Thermal Automation 600MW Thermal Power Generator Set Training Material 373 │ │ Thermal Automation 2010 Edition │ │ Thermal Automation Design Manual 512 │ │ 1000 Questions on Thermal Automatic Control Technology │ │ Overhaul of Thermal Automatic Devices Yang Jing 470 │ │ Thermal Process Control Instruments 2013 Edition │ │ Thermal Process Control Instruments Editor-in-Chief Pan Weijia 2013 Edition │ │ Thermal Process Control System Analysis, Design and Debugging 367 │ │ Thermal process control system experimental tutorial edited by Cai Peili 2016 edition │ │ Thermal process monitoring and protection 233 │ │ Thermal process automatic control Yang Xianyong 342 │ │ Thermal process automatic control principle │ │ Thermal process automatic adjustment Zhou Jianmin 233 │ │ Thermal process automatic adjustment 2nd edition edited by Ding Keke, 2010 edition │ │ Thermal control automatic instrument troubleshooting example Liao Hua 367 │ │ Thermocouple use, maintenance and calibration technical questions and answers Zhang Jinxia │ │ Heat meter 2013 edition │ │ Use and maintenance of coal analysis and test instruments and equipment - 2009 │ │ Coal test instruments and equipment, sampling and preparation, test methods and standards practical manual │ │ Coal mine safety instruments and equipment selection manual │ │ Gas-steam combined cycle generator unit operation technology Q&A Thermal instrumentation and control Zhang Lei 2016 edition │ │ Level and flow meter design, manufacturing and application 2014 │ │ Physical property analysis technology and instruments │ │ Environmental Instrument Analysis Second Edition │ │ Environmental Protection Equipment Selection Manual - Monitoring Instruments and Equipment │ │ Environmental Monitoring Instrument Suitability Testing Standards and Specifications for Air and Exhaust Gas Volume 2014 Edition │ │ Environmental Monitoring Instrument Analysis │ │ Modern Instrument Analysis 2011 Edition │ │ Modern Instrument Analysis 2012 Edition │ │ Modern Instrument Analysis 2018 Edition Edited by Fu Min and Cheng Hongxia│ │ Modern Instrumental Analysis 2nd Edition edited by Liu Xiaoxing 2018 Edition │ │ Practical Tutorial on Modern Instrumental Analysis - Feng Yuhong 475 │ │ Modern Instrumental Analysis Experiment 2013 Edition │ │ Modern Instrumental Analysis Technology 2014 Edition │ │ Modern Instrumental Analysis Technology │ │ Modern Instrumental Analysis Technology and Application 2nd Edition 2015 Edition │ │ Modern Instrument Analysis Methods │ │ Modern Instrument Analysis Methods and Applications 2013 Edition │ │ Selected Research Cases of Modern Instrument Analysis edited by Cai Xiaoqing 2018 Edition │ │ Modern Instrument System Design Methods │ │ Modern Signal Processing Second Edition - Zhang Xianda │ │ Principles of Modern Analytical Instruments - Zeng Fanqing │ │ Modern Chemical Research Technology and Practical Instruments 2011 Edition │ │ Modern Chemical Reagents Handbook (Volume Six) Instrumental Analysis Reagents │ │ Modern Chemical Detection and Process Control │ │ Modern Medical Electronic Instrument Principles and Design 3rd Edition 2013 │ │ Modern Medical Electronic Instrument Principles and Maintenance │ │ Modern Programmable Controller Principles and Applications Zheng Sheng │ │ Modern Practical Pneumatic Technology │ │ Modern Control Engineering 629 │ │ Modern Control Engineering (Third Edition) 937 │ │ Basics of Modern Control Theory - Wu Junfeng │ │ Modern Control System (Eighth Edition) │ │ Modern CNC Principles and Control Systems │ │ Modern Detection and Control Technology Zhang Zhijun, 176 pages Chemical Industry Press │ │ Modern Testing Technology and Instruments 2012 Edition │ │ Modern Automobile Instruments and Circuit Maintenance │ │ Modern Testing and Control Series Typical Application Examples of Modern Measurement and Control Systems 2010 Edition │ │ Dynamic Control of Modern Production Processes │ │ Principles and Applications of Modern Telecommunication Instruments │ │ Design of Modern Precision Instruments │ │ Modern virtual instrument Qin Shuren is waiting for a high-definition copyable text version │ │ Modern radar servo control │ │ Modern robust control theory and application │ │ Fieldbus and industrial Ethernet and its application technology Li Zhengjun 450 pages Mechanical Industry Press │ │ Fieldbus technology and development │ │ Fieldbus technology and its application 427 │ │ Fieldbus technology and its applications 2nd edition 414 │ │ Fieldbus control system application examples │ │ Production process automation instrument identification and installation 251 │ │ Life science instrument usage technology tutorial (second edition) - Editor-in-chief Fuji Lirong Meng Qingfan │ │ Biochemical instrument analysis and experimental technology │ │ Biomedical measurement and instrument Wang Baohua 2009 │ │ Standard Application Guide for Quality Inspection and Assessment Procedures for Electric Power Construction Thermal Instruments and Control Devices │ │ Guide to the Principle and Application of Digital Electric Power Measurement Instruments │ │ Vocational Ability Training Manual for the Electric Power Industry Substation Operation and Maintenance Professional Electrical Measurement Instrument Engineer Zhang Ning, Editor-in-Chief Bai Yu 2005 Edition │ │ Power Industry Vocational Ability Training Manual Thermal Instruments and Automatic Devices Professional Thermal Automatic Device Maintenance Engineer Zhang Ning, Bai Yu Editor-in-Chief 2005 Edition │ │ Electrochemical Analysis Instruments │ │ Power Plant Chemical Instruments and Programmed Control Devices (Intermediate Engineer) │ │ Power Plant Chemical Instruments and Programmed Control Devices (Junior Engineer) │ │ Power Plant Chemical Instruments and Programmed Control Devices (Senior Engineer) │ │ Power Plant Chemical Instrumentation and Automation edited by Liu Bangli and Ni Min 2015 Edition │ │ Electronic Instruments and Measurement Technology Wang Chuan │ │ Electronic Instruments and Measurement Technology │ │ Electronic Instrument Design │ │ Electronic Instrument Application Technology and Skills Training Revised Edition 2012 │ │ Electronic Construction Project Budget Rating Volume Six Construction Machinery, Instrumentation Shift Cost Rating and Material Budget Unit Price │ │ Electronic Measurement and Instruments 2010 Edition │ │ Electronic Measurement and Instruments 4th Edition Chen Shangsong, Guo Qing, Huang Xinshu 2018 Edition │ │ Electronic Measurements and Instruments 3rd Edition 2012 │ │ Electronic Measurements and Instruments │ │ Electronic Measurement and Instrument Applications 2012 Edition │ │ Electronic Measurement and Instruments 2nd Edition 2010 Edition │ │ Electronic Measurement and the Use of Commonly Used Instruments │ │ Electronic Measurement Instruments and Applications 2013 │ │ Principles and Applications of Electronic Measuring Instruments │ │ Principles and Applications of Electronic Measuring Instruments │ │ Principles and Application Technology of Electronic Measuring Instruments │ │ Handbook of Electronic Measuring Instruments Volume 2 Oscilloscope Album - Institute of Standardization of the Ministry of Electronics Industry 1986 Edition │ │ Handbook of Electronic Measuring Instruments Volume 3 Component Parameters Measuring Instruments Regulated Power Supply Wired Electrical Measuring Instruments Institute of Standardization of the Ministry of Electronics Industry │ │ Technical Manual of Electronic Measuring Instruments │ │ Self-study Manual of Electronic Measuring Instruments edited by Cai Xingshan 2018 Edition │ │ Electronic Measurement Principles and Instruments edited by Wang Mingwu 2019 edition │ │ Electronic Measurement and Instruments │ │ Electronic Measurement Technology and Instruments edited by Wang Chengan and Li Fujun 2011 Edition │ │ Electronic Measurement Technology and Instruments Second Edition 2014 │ │ Electronic Measurement Technology and Instrument Analysis 2016 Edition by Li Zongbao │ │ Electronic Measurement Technology and Instruments edited by Zhao Hua, Lu Qing, Liu Yachuan, Zhang Shujing 2018 edition │ │ Electrical Instruments 400 Questions 2013 │ │ Electrical Instruments Comprehensive Edition 2010 │ │ Electrical Instruments and Measurement 162 │ │ Electrical Instruments and Measurements 2014 │ │ Electrical Instrumentation and Measurement Second Edition │ │ Electrical Instrumentation and Measurement │ │ Electrical Instrumentation and Electrical Measurement │ │ Use and Maintenance of Electrical Instrumentation 2013 │ │ Electrical Instrumentation and Measurement 2013 │ │ Electrical Instrumentation Handbook │ │ Electrical Technology and Instrumentation 2013 │ │ Electrician skills express train Electrician instruments and tools express train 2012 │ │ Electrical measurement and electrical measuring instruments │ │ Electrical measuring instrumentation * Guidance and consolidation practice Practical Manual of Installation, Commissioning and Maintenance Technology for Electrical Instrument Engineering │ │ Electrical Information Boutique Series Intermediate Instrument Maintenance Edited by Li Wensen, Li Dongjing and Tian Zhili 2015 Edition │ │ Practical Technical Skills Series for Installation, Commissioning, Operation and Maintenance of Electrical Engineering Installation and Debugging of Electrical Devices in Automated Instruments and Air Conditioning Systems 2010 Edition │ │ Electrical Measuring Instruments 2010 Edition │ │ Electrical Measuring Instruments 2nd Edition 2010 Edition │ │ Electrical Measuring Instruments - Senior Engineer │ │ Electrical Measuring Instruments - Senior Engineer │ │ Electrical Measuring Instruments and Electric Energy Measurement │ │ Electrical Measuring Instruments and Their Applications │ │ Typical Question Bank for Electrical Measuring Instruments Job Training and Assessment │ │ Introduction to the Use of Electrical Measuring Instruments 2011 Edition │ │ The Principle and Use of Electrical Measuring Indicating Instruments, edited by Li Qian, edited by Hong Zhenhua, Lei Huibo, and Huang Lunzhuo, 1996 edition │ │ The Principle and Use of Electrical Measuring Indicating Instruments, edited by Li Qian, edited by Hong Zhenhua, Lei Huibo, and Huang Lunzhuo, 1996 edition │ │ Electromagnetic Measurement and Instrument Series AC Bridge (Tang Tongyi) │ │ Electromagnetic Measurement and Instrument Series Operational Amplifier Application in Electrical Measurement Technology (Wen Wuchun) │ │ Monitoring and Configuration Software Wincc Application Tutorial 2014 Edition │ │ DC Speed Control System and AC Speed Control System │ │ Precision Control Technology of Linear AC Servo System │ │ Introduction to Petroleum Instruments 2011 Edition │ │ Petroleum Instrumentation and Automation Wang Kehua 252 │ │ Petroleum Enterprise Job Training Manual Instrument Maintenance Worker Daqing Oilfield Co., Ltd. 2017 Edition │ │ Petrochemical Instruments Volume 1 Pneumatic Instruments │ │ Petrochemical Instrument Control System Selection Manual 341 │ │ Petrochemical Instrument Control System Selection Manual 2010 Edition 496 │ │ Petrochemical Instrument Automation Training Textbook Online Analysis Instrument Volume 1 │ │ Petrochemical Instrument Automation System Application Manual 2014 │ │ Petrochemical Technical School Textbook Instrument Analysis compiled by Wen Tiejian 2009 Edition │ │ Petrochemical Measurement and Instrumentation 412 │ │ Petrochemical Vocational Skills Training Textbook Instrument Maintenance Worker China Petroleum and Chemical Corporation Personnel Department ； 2010 edition edited by China National Petroleum Corporation Human Resources Service Center │ │ Petrochemical Automation and Instrumentation 2nd Edition Xu Xiu, Xiao Jun, Wang Li 2017 Edition │ │ Petrochemical Automatic Control Design Manual (Third Edition) Edited by Lu Deming │ │ Petrochemical Automatic Control Design Manual (Fourth Edition) │ │ Petroleum Workers Job Knowledge Reader Instrument Maintenance Workers │ │ Petroleum Engineering Localized Skills Talent Training Series Textbooks Instrument Installer Junior Engineer Chinese-Russian Comparison Compiled by China Petroleum Engineering Construction Corporation 2014 Edition │ │ Petroleum College Characteristic Textbook Advanced Instrument Analysis 2014 Edition │ │ Mining Instruments Small Series Cable Flaw Detector Compiled by Zhang Hanxi 1957 Edition │ │ Carbon-Oxygen Ratio Logging Instrument Principles and Applications 2012 │ │ Exemplary Vocational Education Key Planning Textbook Instrument Analysis Technology edited by Zhou Li, Liu Yuhong, Jia Jun 2018 Edition │ │ Weighing Instrument Assembly and Debugging Worker Junior Intermediate Senior Technician 2010 Edition │ │ Space Precision Instrumentation Tribology Engineering 2013 Edition │ │ Chapter 3.17 Automatic Water Level Control System │ │ Chapter 5.1 Introduction to Control │ │ Chapter 5.2 Basic automatic control principles │ │ Chapter 5.3 Control loops and dynamic characteristics │ │ Chapter 5.4 Selection and selection of control systems │ │ Chapter 6.7 Controllers and sensors │ │ Chapter 8.3 Liquid level control applications │ │ Chapter 4.3 Types of steam flow meters │ │ Chapter 7.3 Self-acting pressure control system and its application │ │ Chapter 8.1 Pressure control application │ │ Chapter 14 Automatic control and control instruments │ │ Chapter 1 Basic knowledge of instruments │ │ Chapter 2 Linear control system motion analysis │ │ Chapter 5 Process detection control instruments and devices 241 │ │ The third set of home appliance maintenance technology essence series Selection of commonly used instrument maintenance technology │ │ Chapter 5 Installation and Debugging of Electrical Instruments │ │ Chapter 8 Electrical Telecommunications Automatic Control and Instrument Engineering Installation │ │ Precision Instrument Mechanism Design │ │ Precision Instrument Design │ │ Precision Instrument Design Principles 2013 │ │ Precision Machinery and Instrument Parts and Components Design │ │ System Control and Design │ │ Discussion on Infrared Gas Analyzer to Detect Ethyl Chloride Concentration │ │ Configuration software control technology │ │ Water supply and drainage engineering instrumentation and control (second edition) │ │ Water supply and drainage engineering instrumentation and control 225 │ │ Water supply and drainage automatic control and instrumentation 175 │ │ Theory and calculation of comprehensive filter │ │ Vocational skills appraisal guide thermal instrumentation and control device installation │ │ Vocational Skills Appraisal Guide Thermal Instruments and Control Devices Test 2nd Edition │ │ Vocational Skills Appraisal Guide Thermal Instruments and Control Devices Test (Electrical Engineering Thermal Instruments and Automatic Devices Major) │ │ Vocational Skills Appraisal Petroleum and Petrochemical Industry Question Bank Test Questions Selected Instrument Installer China Petroleum and Chemical Corporation Vocational Skills Appraisal Guidance Center Compilation │ │ Vocational Skills Assessment Petroleum and Petrochemical Industry Question Bank Test Questions Selected Electrical Instrument Engineer China Petroleum and Chemical Corporation Vocational Skills Assessment Guidance Center 2008 Edition │ │ Modern Instrument Analysis of Polymers Second Edition │ │ Diaphragm Gas Meter: Performance·Design·Manufacturing 2014 Edition│ │ Automation and Instrumentation Engineer's Handbook 919 │ │ Automation Instrumentation National College Textbook for the 21st Century 294 │ │ Automation Instrumentation │ │ Automation Instrumentation and Process Control 2011 Edition │ │ Automation Instrumentation and Process Control (2003) Third Edition │ │ Automated Instrument Use and Maintenance Edited by Lu Zengfang 2016 Edition │ │ Basics of Automated Instrument and Device Design │ │ Automated Instrument Manual Lin Liangming │ │ Automated Instrument Manual │ │ Automated Instrument Troubleshooting Example 343 │ │ Automatic Control │ │ Automatic Control and Control Instrument │ │ Random Process in Automatic Control │ │ Automatic control principle - Pan Feng, Zhang Kairu │ │ Automatic control principle and application │ │ Automatic control principle problem solving guide │ │ Practical tutorial on automatic control │ │ Basics of automatic control theory Wu Yunzhang 217 │ │ Analysis of key, difficult and typical questions in automatic control theory - Zhang Aimin 230 │ │ Automatic control system, working principle, performance analysis and system debugging │ │ Automatic detection and process control 4th edition 2010 edition │ │ Automatic detection and process control college teaching book 319 │ │ Automatic detection technology 2010 edition │ │ Automatic detection technology and application 2nd edition 2010 edition │ │ Automatic test system test description language 2011 edition │ │ Automatic adjustment instruments │ │ Automatic adjustment system analysis and PID tuning 2012 edition │ │ Automatic control engineering technicians work manual end plate China Petroleum and Natural Gas Construction Company │ │ Adaptive control and application │ │ Navigation instruments (ship driving professional) │ │ Chromatography instruments 2012 edition │ │ Maintenance and Troubleshooting of Chromatographic Instruments (Chromatography Technology Series) │ │ Virtual Instruments and LabVIEW Programming edited by Chen Dong and Cui Xiuhua, 2017 Edition │ │ Virtual Instruments and Engineering Applications by Bao Jiandong and Zhu Jianxiao, 2016 Edition │ │ Virtual Instrument Application Technology Project Tutorial Second Edition edited by Qin Yilin and Li Qing, 2015 Edition │ │ Virtual Instrument Technology Analysis and Design 3rd Edition edited by Zhang Chongxiong et al. 2017 Edition │ │ Virtual Instrument System Design and Program Development Yang Xiaoqiang, Ren Yanxi, Ma Guangyan 2017 Edition │ │ Virtual Instrument System Design and Application Zhou Qiuzhan │ │ Virtual Instrument Design 2012 │ │ Equipment Hybrid Vibration Isolation Platform Design Theory and Method 2014│ │ Siemens Industrial Automation Series Textbook Human-Machine Interface Configuration and Application Technology 2010 Edition │ │ Computer Industrial Control │ │ Computer Control System-Xu Wenshang │ │ Computer Fuzzy Control Technology and Instrument Devices │ │ Equipment Control Basics 235 │ │ Regulator and Actuator Wang Jiayuan │ │ Mass Flow Meter 269 │ │ Easily learn to synchronize common electronic measuring instruments using two-color 2014 │ │ Power transmission and transformation equipment condition maintenance non-electricity testing technology 2011 edition │ │ Process Instrumentation and Automation 2013 │ │ Process visualization configuration software InTouch application technology │ │ Process Control Yang Sanqing │ │ Process Control and Automation Instruments 2014 │ │ Process Control and Automation Instruments 2012 │ │ Process Control and Automation Instruments 2nd Edition Edited by Pan Yongxiang et al. 2012 Edition │ │ Process Control and Automation Instruments (Zhang Jinggang) │ │ Process Control Instruments and Devices 2011 Edition │ │ Process Control and Instrumentation Editor-in-Chief Yang Xiaoliu 2016 Edition │ │ Process Control Engineering Second Edition 440 │ │ Process Control Engineering Design First Edition 275 │ │ Process Control Systems and Instruments 2013 │ │ Process Control Systems and Instruments 2010 Edition │ │ Process Control Systems and Instruments │ │ Process Control Devices (2nd Edition) │ │ Process Control: Systems, instruments and devices │ │ Process testing and instrumentation 2010 edition │ │ Process testing and instrumentation technology 2010 edition │ │ Process measurement and instrumentation 2010 edition │ │ Introduction to process system engineering │ │ Introduction to process equipment and control engineering - Li Shuhua - 2005 │ │ Communication Instrumentation Theory and Practice 2012 │ │ Insufficient practical training on the use of general electrician and electronic instruments │ │ Practical training on the application of general electrician and electronic instruments compiled by Liang Dingquan, 2009 edition │ │ Application Manual for Bill of Quantities Pricing for Ventilation and Air Conditioning Engineering and Automation Control Instrument Installation Projects │ │ Application Manual for Bill of Quantities Pricing for Ventilation and Air Conditioning Engineering and Automation Control Instrument Installation Projects Corresponds to GB 50500-2008 2010 Edition │ │ Chongqing General Installation Project Pricing Rating Volume 6 Automated Control Instrument Installation Project 2018 Edition │ │ Measuring Tools and Instruments (Applicable to Primary Measurement Appraisal Repairers) │ │ Gauge Instruments Simple and Practical Essence Edition 2012 │ │ Instrumentation Press-in Identification Method of Plastic Parameters of Metal Materials │ │ Automation of Thermal Instruments in Steel Plants │ │ Drilling and Oil Production Instruments 2013│ │ Drilling and Oil Production Instruments Second Edition│ │ Practical Training Guide for the Use of Commonly Used Instruments in Railway Signals│ │ Boiler Drum Water Level Measurement System by Hou Ziliang│ │ Valve Selection Manual 2001.5 │ │ Gyroscopic Instrument Structure and Design│ │ Precision control turntable for dynamic testing of gyroscope instruments 2013 edition │ │ Distributed control system application technology and examples Yuan Renguang │ │ Distributed control system Meng Yanan Tong Wei │ Distributed control system (-Liu Cuiling, Huang Jianbing │ │ Distributed control system principles and applications 253 │ │ Distributed control system principles and applications (second edition) 211 │ │ Principles and Applications of Distributed Control Systems (Second Edition) │ │ Distributed Control Systems and Application Examples │ │ Distributed Control Systems and Fieldbus 2010 Edition │ │ Distributed Control Systems and Fieldbus Yang Ning Zhao Yugang 229 │ │ Distributed Control System Application Guide _Instrument automation professional training materials │ │ Learn the use of electronic instruments easily from scratch 2nd edition 2012 │ │ Neon lights and their control technology │ │ Qinghai Province General Installation Project Pricing Rating 2020 Edition Volume 6 Automation Control Instrument Installation Engineering │ │ Design and Application of Nonlinear Observers Li Yinghui, Zhu Xiaohui, Xu Haojun, Yuan Guoqiang, Zheng Wuji, 2019 Edition │ │ Electric Energy Measurement Theory and Technology for Smart Grids, Yuan Ruiming, 2018 Edition │ │ Control Technology of Wind Turbine 245 │ │ Aircraft Instruments 2013 Edition │ │ Aircraft Design Manual Volume 17 Avionics Systems and Instruments │ │ Theoretical and Experimental Research on High-Pressure Gear Flowmeters by Zhang Jun and Li Xianhua 2015 Edition │ │ High Sulfur Gas Field Instrument Maintenance Worker 2014 │ │ High Performance Liquid Chromatography Instruments and Their Applications 2014 │ │ Higher Vocational School Electronic Information and Electrical Control Professional Series Textbook Electrical Measurement and Instruments Editor-in-Chief Wu Qi 2004 Edition │ │ Higher Vocational College Science and Engineering Quality Textbook Practical Instrument Analysis Tutorial 2013 Edition │ │ Advanced Intelligent Instrument Theoretical Basis │ │ Higher Vocational College Mechatronics Professional Planning Textbook Automatic Detection Technology and Application 2010 │ │ Higher Vocational College Planning Textbook Chemical Instrument Automation Editor-in-Chief Wang Qiang 2016 Edition │ │ Robust Control Theory │ │ Robust Control Theory and Application │ │ │ └─New Folder │ 11-074 Vocational Skills Appraisal Guide Thermal Instruments and Control Devices Installation Second Edition Power Engineering Thermal Instruments and Automatic Devices Professional │ 2002 Selected Practical Instrument Circuits │ 2006 Mechanical and Electrical Products Quotation Manual Instrumentation Volume (Volume 1) │ 21st Century General Higher Education Electrical Information Planning Textbook Instrumentation and Automation 2nd Edition 2011 Edition │ 21st Century General Higher Education Electrical Information Planning Textbook Process Detection Technology and Instrumentation 2nd Edition 2010 Edition │ 21st Century Higher Education School Premium Planning Textbook Automatic Detection and Conversion Technology 2010 Edition │ 21st Century Higher Vocational College Planning Textbook Series Industrial Electrical Appliances and Instrument Automation edited by Zhang Mingjin, 2009 Edition │ 21st Century Higher Vocational College Planning Textbook Electrical, Automation, and Applied Electronic Technology Series Intelligent Instrument Design Basics 2010 Edition │ 300MW Thermal Power Generator Set Operation and Maintenance Technology Training Material·Instrument and Control Volume │ 600MW Thermal Power Generation Unit Operation Technology Series Instrumentation and Control Volume │ AMS Quick Start Application│ C++ programming basics: Standard Library Programming │ CENTUM CS1000 Distributed Control System │ CP300 Nuclear Power Plant Instrumentation and Control System, Equipment and Operation 2010 Edition │ DBJD25-68-2019 Gansu Province Installation Project Budget Quota Regional Base Price Volume 7 Automation Control Instrument Installation Project Tax Exemption │ DSP and its Electrical and Automation Engineering Application compiled by Xu Kejun, Tao Weiqing, Wang Haining and others 2010 Edition │ EDA simulation and virtual instrument technology │ EWY EQY instrument structure, principle and maintenance Shanghai Automation Instrument No. 2 Factory │ FIELDVUE-DVC6000 Quick Start Guide │ IEC61131-3 Programming Language and Application Basics │ LabVIEW Virtual Instrument Programming from Beginner to Master │ LED Digital Display Instrument Design and Application Examples 2011 Edition │ MATLAB 5.X Applications and Techniques │ MATLAB 6.1 Practical Guide (Volume 1) │ MATLAB 6.1 Practical Guide (Volume 2) │ MATLAB 6.6 Application Interface Programming │ MATLAB 7.0 Basic Tutorial │ MATLAB 6.5 Assisted Optimization Calculation and Design │ MATLAB 6.5 Assisted Image Processing │ MATLAB 6.x Signal Processing │ MATLAB 6.x Image Processing │ MATLAB 6.x Symbolic Operation and Its Application │ MATLAB Command Collection│ MATLAB Basics and Applications│ MATLAB Application Program Interface User Guide│ MATLAB Programming│ MCU Intelligent Instrument Design 2013 Edition│ Net Framework Programming_Chinese version │ Introduction to OPC applications │ PID regulation rules and process control │ PID regulation rules and process control │ Rough set theory and knowledge acquisition - Wang Guoyin │ ├─6.0 Instrument maintenance technical information │ │ Can SIS and DCS share valves? 6 pages.docx │ │ Instrument debugging plan 6 │ │ Number of files.txt │ │ Honeywell SFC Intelligent Operator User Guide │ │ │ ├─6.0 Instrument maintenance technical information 1. Control system │ │ ├─2 Various control system operation manual selection instructions samples │ │ │ │ Hollysys sis system hiaguard hardware user manual│ │ │ │ │ │ │ ├─Zhongkong ECS700 system related information│ │ │ │ FF configuration software user manual│ │ │ │ IO tag user manual│ │ │ │ IO special processing and sequence control function block library user manual│ │ │ │ Function block diagram programming software user manual│ │ │ │ Function block application examples│ │ │ │ Function block overview│ │ │ │ Domain variable configuration software user manual│ │ │ │ Unlocked-Function Block Overview│ │ │ │ Unlocked-User Function Block Writing Software User Manual│ │ │ │ Report Software User Manual│ │ │ │ Controller Simulation Software User Manual│ │ │ │ Ladder Diagram Programming Software User Manual│ │ │ │ Flow chart drawing software user manual │ │ │ │ User function block writing software user manual │ │ │ │ Monitoring user authorized user manual │ │ │ │ Hardware configuration software user manual │ │ │ │ Industry function block library user manual │ │ │ │ │ │ │ └─Yokogawa CS3000 Data Summary│ │ │ Table of Contents.doc │ │ │ Chapter 1 System Overview.doc │ │ │ Chapter 2 Operation of HIS Operation Station.doc │ │ │ Chapter 3 Field Control Station.doc │ │ │ Chapter 4 System Installation.doc │ │ │ Chapter 5 Report.doc │ │ │ Chapter 6 IO Processing of Control Function Block.doc │ │ │ Chapter 7 Continuous Control Function Block.doc │ │ │ Chapter 8 Sequence Table.doc │ │ │ │ │ └─3 DCS Configuration CCS │ │ │ 1131_Configuration Operation Instructions.doc │ │ │ 1131 Configuration Knowledge Application Operation Instructions.doc │ │ │ 12_4_6_Historical configuration and process reports.DOC │ │ │ 13_4_7_Environmental configuration.doc │ │ │ 2010 DCS Bidding Technical Documents.doc │ │ │ 20t chain furnace DCS system control plan.doc │ │ │ 9_4_3_Control configuration.doc │ │ │ AdvanTrol-Pro V2.65 System Configuration User Manual│ │ │ AW51 configuration backup and recovery.doc │ │ │ General process of B02 configuration.doc │ │ │ DCS Common English vocabulary.doc │ │ │ DCS System Overview.doc │ │ │ DCS800 12-pulse Manual│ │ │ DCS Typical Failure Cause Analysis and Prevention Countermeasures (2).doc │ │ │ DCS Typical Failure Cause Analysis and Prevention Countermeasures.doc │ │ │ DCS Factory Acceptance Test Plan.doc │ │ │ DCS distributed control system simulation practical operation competition project.doc │ │ │ dcs training materials-DCS.doc │ │ │ DCS training handouts_.DOC │ │ │ DCS basic function detection record.doc │ │ │ DCS basic knowledge │ │ │ DCS science * Q&A.doc │ │ │ DCS practical exam simulation question types 20090908.doc │ │ │ Flow compensation calculation in DCS project implementation - Zhang Hongyuan.doc │ │ │ DCS Engineering Application Manual Installation and Commissioning Manual │ │ │ DCS Engineering Application Manual Operation Manual │ │ │ DCS Engineering Application Manual Maintenance Manual │ │ │ DCS Engineering Application Manual Installation and Commissioning Manual │ │ │ DCS Engineering Application Manual Operation Manual │ │ │ DCS FAQs.doc │ │ │ Grounding issues in DCS applications.doc │ │ │ DCS start and stop operations.doc │ │ │ DCS technical specifications.doc │ │ │ DCS technical specifications.doc │ │ │ DCS grounding application discussion.doc │ │ │ DCS control system - self-study.doc │ │ │ Discussion of DCS control system reliability.doc │ │ │ Application of DCS control system in large blast furnaces.doc │ │ │ Basic knowledge of DCS operation.doc │ │ │ Basic knowledge of DCS operation.docx │ │ │ Use of DCS operating station.doc │ │ │ DCS tutorial.doc │ │ │ DCS tutorial materials and common English vocabulary for introduced unit DCS screens.doc │ │ │ DCS tutorial materials maintenance personnel software configuration training materials (engineers).exe │ │ │ DCS simulation IO card test record.doc │ │ │ DCS status IO card test record.doc │ │ │ DCS status quo and development trend.doc │ │ │ DCS hardware system principles, indicators, tests and applications│ │ │ dcs lecture series.doc │ │ │ DCS system operation instructions-11.doc │ │ │ DCS system operation instructions.doc │ │ │ Implementation and analysis of DCS system redundancy technology.doc │ │ │ DCS system inspection, maintenance, and troubleshooting, one article will make you an expert.doc │ │ │ DCS system factory test (factory acceptance) outline x2y.doc │ │ │ DCS system interference and processing 2008.doc │ │ │ DCS system emergency plan │ │ │ DCS system technical specifications.doc │ │ │ DCS system grounding.doc │ │ │ DCS system grounding application discussion.doc │ │ │ DCS system control failure accident plan.doc │ │ │ DCS system comparison.xls │ │ │ DCS system inspection.doc │ │ │ Practical application and work experience of DCS system - Zhang Hongyin.doc │ │ │ Maintenance of DCS system.doc │ │ │ Introduction to DCS system 1.doc │ │ │ DCS system debugging plan.doc │ │ │ DCS system debugging plan (Chinese and English).doc │ │ │ DCS system general maintenance guidance.doc │ │ │ DCS classic Q&A.doc │ │ │ Dcs introduction.doc │ │ │ DCS distributed control system and application.doc │ │ │ EDPF-NT system configuration considerations.doc │ │ │ HIMA configuration must read.doc │ │ │ Honeywell DCS control loop PID parameter tuning method.doc │ │ │ Honeywell_DCS system common event processing.doc │ │ │ HPM_APM process point establishment.doc │ │ │ IA's 3 control configuration │ │ │ Checklist before powering on the IA system on site.doc │ │ │ MCGS configuration software advanced training material.doc │ │ │ MPI communication configuration and programming method.doc │ │ │ PKS configuration steps and methods.doc │ │ │ Q WH IN55A Appendix A DCS monitoring data sheet template ok.xls │ │ │ S7-400 H hardware configuration.doc │ │ │ SCKey configuration production software │ │ │ The relationship between SIS, MIS and DCS.doc │ │ │ WinCC Configuration Manual Volume 1│ │ │ WINCC Configuration Manual Volume 2│ │ │ WINCC Configuration Manual Volume 3│ │ │ ∮2-NCF configuration.doc │ │ │ Introduction to the three major Chinese and international DCS brands.docx │ │ │ Central Control DCS Software User Manual (Programming Configuration) - (7) Flowchart Wizard User Manual │ │ │ Central Control DCS Software User Manual (Programming Configuration) - (9) Real-time Monitoring User Manual │ │ │ Central Control DCS Software User Manual (Programming Configuration) - (5) Fault Analysis User Manual │ │ │ Central Control DCS Software User Manual (Programming Configuration) - (8) Flowchart Production Manual │ │ │ Central Control DCS Software User Manual (Programming Configuration) - (6) Historical Data Tool User Manual │ │ │ Central Control DCS Software User Manual (Programming Configuration) - (11) System Application Introduction Manual │ │ │ Central Control DCS Software User Manual (Programming Configuration) - (12) System Configuration User Manual │ │ │ Instrument DCS Special Vocabulary.DOC │ │ │ Tag Configuration Software User Manual │ │ │ General steps for developing system engineering using configuration software.doc │ │ │ Configuration of global point directory.doc │ │ │ Comprehensive DCS basic knowledge.docx │ │ │ Distributed control system DCS specification.doc │ │ │ Distributed control system (DCS) specification.doc │ │ │ Semi-regenerative reforming and isomerization unit DCS operating procedures.doc │ │ │ Coordinated control system CCS overview.doc │ │ │ Performance comparison of the four major monitoring and configuration software.doc │ │ │ Graphical configuration │ │ │ Graphical configuration course practice xl.doc │ │ │ Multi-project configuration │ │ │ How to configure a Windows-based system │ │ │ Real-time database data collection and global DCS index │ │ │ Application of grounding system in DCS.doc │ │ │ Control scheme configuration.doc │ │ │ Operator record configuration.doc │ │ │ YOKOGAWA, Japan__ Yokogawa CS3000_DCS Advanced Materials.doc │ │ │ Japan Yokogawa Distributed Control System (DCS) STARDOM Overview.doc │ │ │ Easy Control (INSPEC) Configuration Software Training Materials │ │ │ Yokogawa CS3000_DCS Advanced Data Science * .doc │ │ │ Yokogawa DCS System Online Plugging and Removal Card Operation Instructions.doc │ │ │ Yokogawa DCS System Hard Disk Replacement Operation Instructions - Lei Jinying.doc │ │ │ Yokogawa Electromechanical DCS—CENTUM CS10003000 Training.doc │ │ │ Thermal control DCS training materials.doc │ │ │ On-site instrument maintenance procedures dcs.docx │ │ │ Detailed rules for team DCS maintenance skills (1).doc │ │ │ Using "IPC" + "Configuration King" to realize the ink production line monitoring system (Part 2).doc │ │ │ Power station auxiliary DCS system and power plant control.doc │ │ │ Monitoring configuration software user manual │ │ │ Chapter 03 Engineering Configuration Overview │ │ │ Chapter 06 Engineering Configuration Software │ │ │ Chapter 08 Control Algorithm Configuration │ │ │ Chapter 7 Use of Configuration Software RSView32.doc │ │ │ Chapter 1 Configuration Principle.doc │ │ │ First MACS Configuration Principle.doc │ │ │ Chapter 7 Environment Configuration.doc │ │ │ Chapter 7 Engineering Design Technology and Application Examples of DCS │ │ │ Chapter 3 Control Configuration.doc │ │ │ Chapter 3 Control Configuration.doc │ │ │ Chapter 5 Graphic Generation Software Configuration.doc │ │ │ Chapter 5 Path and type list of files generated in configuration.doc │ │ │ Chapter 6 Historical configuration and process report.doc │ │ │ Chapter 4 DPU graphical configuration software.doc │ │ │ System configuration manual │ │ │ System structure configuration software manual │ │ │ A must-read for getting started with configuration HIMA_ELOP_II_FirstSteps_CN │ │ │ Configuration Manual│ │ │ Configuration File Management.chm │ │ │ KingView Intermediate Training Course│ │ │ KingView User Manual Command Language Function Manual│ │ │ Configuration Management Software User Manual│ │ │ Configuration Procedure│ │ │ DCS system question bank for automatic control workshop.doc │ │ │ Glyphosate oxidation DCS control system bidding document.doc │ │ │ On the daily maintenance of DCS system.doc │ │ │ Maintenance of distributed control system.doc │ │ │ Distributed control system (DCS) principle and system structure 91 │ │ │ Honeywell DCS Data Translation-Controller-C200 (Chinese Translation) │ │ │ Micro Motion K Series Instrument Configuration and Use Manual│ │ │ │ │ ├─DCS Instrument│ │ │ DCS Monitoring Data Table.xls │ │ │ DCS-IO Table.xls │ │ │ Description of instrument-related issues. │ │ Attachment 2 Scope of supply.doc │ │ │ Attachment 3 Technical data and delivery schedule.doc │ │ │ Attachment 4 Delivery schedule.doc │ │ │ Attachment 5 Equipment supervision (inspection) and performance acceptance test.doc │ │ │ Attachment 6 Technical service and design contact.doc │ │ │ Attachment 7 Subcontracting and outsourcing.doc │ │ │ Attachment 8 Large (part) parts.doc │ │ │ Attachment 9 Penalty conditions.doc │ │ │ │ │ ├─DeltaV related tutorials │ │ │ DeltaV Plus station system installation.doc │ │ │ Security settings of DELTAV.doc │ │ │ │ │ ├─Deltav internal training materials│ │ │ Software network configuration of DeltaV engineering station and operation station.doc │ │ │ Collect and display data.doc │ │ │ Set user accounts and user permission division.doc │ │ │ Load and Assign License.doc │ │ │ │ │ ├─honeywell_PKS information │ │ │ C 300 card insurance and wiring.doc │ │ │ Honeywell_Security level of PKS system.doc │ │ │ What backups should be done for honeywell’s PKS system.doc │ │ │ Honeywell process knowledge system_Experion_Process_Knowledge_System(PKS)_EPKS300 introduction_Part 1 │ │ │ PKS Problem Summary.doc │ │ │ │ │ └─Xinhua DCS Engineer Manual│ │ Chapter 7 DPU and Virtual DPU Software.doc │ │ Chapter 3 Global Point Directory.doc │ │ Chapter 2 XDPS Master Control Software NETWIN.doc │ │ Chapter 6 History Data Station Report Server Configuration.doc │ │ Chapter 4 DPU Configuration.doc │ │ │ ├─6.0 Instrument Maintenance Technical Information 10. Measurement │ │ Q WH IN20A Appendix A Measurement Pipeline Table Template ok.xls │ │ Instrument measurement range and instrument range.doc │ │ Servo level meter measurement principle │ │ Several common flow measurement methods gas (final draft) │ │ Several common flow measurement methods (gas) │ │ Introduction to several different types of level measurement methods │ │ Double-chamber balance container drum water level measurement and application of compensation system.doc │ │ Principle of differential expansion measurement of biconical surface │ │ Engineer's Guide to Liquid Level Measurement │ │ Feasibility Study Report on Material Level Measuring Device Replacement—Based on Solid Silo Application Solution 2 │ │ Measuring Instruments, Lights and Signaling Devices.doc │ │ Accuracy Level of Measuring Instruments │ │ Liquid Level Measuring Instruments.doc │ │ What are the requirements for the layout of liquid level measuring instruments? .doc │ │ Power system secondary measurement loop fault analysis 37.doc │ │ Electronic Measurements and Instruments 4.doc │ │ Glossary of terms for electronic measuring instruments │ │ Development of electromagnetic measurement virtual instrument technology 5.doc │ │ Petrochemical equipment maintenance and overhaul procedures and testing instruments 201 │ │ Siemens - Level Measurement Technology Lecture │ │ PH measurement of ultrapure water.doc │ │ Measurement principle and correct selection of dew point meter (humidity measuring instrument) │ │ Blast furnace gas scrubber water level measurement and control automation.doc │ │ │ ├─6.0 Instrument Maintenance Technical Information 11 Instrument Test Question Bank │ │ │ 2004 Instrument Intermediate Worker Appraisal Examination 1.doc │ │ │ Answers to the 2004 Intermediate Instrument Appraisal Examination.doc │ │ │ 2005 What You Need to Know About Instruments.doc │ │ │ Answers to What You Need to Know About Instruments in 2005.doc │ │ │ 2005 Advanced Questions.doc │ │ │ 2006 Practical Examination Questions for Intermediate Instrument Workers.doc │ │ │ 2006 Intermediate Instrument Worker Identification Questions.doc │ │ │ 2006 Junior Worker Identification Instrument Major.doc │ │ │ 2007 Junior Worker Instrument Maintenance Worker Answers.doc │ │ │ 2007 Junior Worker Instrument Maintenance Worker Examination Questions.doc │ │ │ 2008 Intermediate Instrument Maintenance Worker Theory Test Paper.doc │ │ │ 2008 Junior Chemical Instrument Maintenance Worker Skill Appraisal Theory Test Paper.doc │ │ │ 2008 Junior Chemical Instrument Maintenance Worker Theory Answer.doc │ │ │ 2008 Chemical Instrument Maintenance Worker Theory Answer.doc │ │ │ 2009 Installation Instrument Worker Identification Test Paper.doc │ │ │ 2009 Intermediate Instrument Worker Identification Test Paper (Blank Paper).doc │ │ │ 2009 Intermediate Chemical Instrument Maintenance Worker Operation Test Paper.doc │ │ │ 2009 Intermediate Chemical Instrument Maintenance Worker Rating Sheet Paper.doc │ │ │ 2009 Junior Chemical Instrument Maintenance Worker Skill Appraisal Theory Test Questions.doc │ │ │ 2009 Junior Chemical Instrument Maintenance Worker Theory Answers.doc │ │ │ 2010 Junior Installation Instrument Maintenance Worker Theory Test Paper (Answers).doc │ │ │ 2010 Intermediate Instrument Maintenance Worker Theory Test Paper (Answers).doc │ │ │ 2010 Intermediate Installer Instrument Installer Theory Test Paper (Answers).doc │ │ │ 2010 Junior Instrument Maintenance Worker Theory Test Paper (Answer).doc │ │ │ 2011 Junior Instrument Installer Answers.doc │ │ │ 2011 Junior Instrument Installer Theory Test Paper (Final Draft).doc │ │ │ 2013 Senior Instrument Maintenance Worker Theory Test Paper (blank).doc │ │ │ 2014 Advanced Instrument Maintenance Worker Question Paper Answers.doc │ │ │ Intermediate Chemical Instrument Maintenance Worker Question Bank.doc │ │ │ Main Position Test Questions Junior Workers Should Know Thermal Instruments and Automation Devices.doc │ │ │ Summary of daily questions on instrumentation.doc │ │ │ Instrument technician level one examination questions.doc │ │ │ Instrument professional and technical competition question bank and answers.doc │ │ │ Instrument professional questions.doc │ │ │ Instrument xl questions.doc │ │ │ Introduction to instrument personnel xl questions.doc │ │ │ Instrument Operation Instructions 2.doc │ │ │ Junior Instrument Worker.doc │ │ │ Test Questions for Junior Instrument Worker~With Answers.doc │ │ │ Junior Instrument Worker (Judgement Questions).doc │ │ │ Repeat XL Questions for Basic Instrumentation.doc │ │ │ Repeat XL Questions for Basic Instrument 2.doc │ │ │ Instrument review xl questions 1.doc │ │ │ Instrument Worker 500 Questions.doc │ │ │ Instrument Worker Intermediate Test Questions.doc │ │ │ Instrument Worker xl Questions 3.doc │ │ │ Instrument Worker Instrument Engineer Apprentice Examination Questions for the First Period.doc │ │ │ Instrument Engineer Technician Question Bank.DOC │ │ │ Instrument Engineer Theory Review XL Questions.doc │ │ │ Instrument Engineer Theory Exam Paper 4.doc │ │ │ Instrument Worker Examination Review 2.doc │ │ │ Instrument Worker Test Question Set__ Attached answers.doc │ │ │ Essence version of Instrument Worker Test Question Set│ │ │ Instrument Worker Test Questions (Answers).doc │ │ │ Instrument Worker Question Bank.doc │ │ │ Instrument Worker Senior Technician Question Bank.DOC │ │ │ Instrument Skills Test Paper.doc │ │ │ Test papers on instrument knowledge.doc │ │ │ Test questions on instrument knowledge.doc │ │ │ Test questions 3 and answers for instrument thermal engineering major.doc │ │ │ Test question set for instrument thermal engineering major.doc │ │ │ Test question set for instrument thermal engineering major 1.doc │ │ │ Instrument field operation test questions---single choice.xls │ │ │ Instrument theory knowledge review Instrument test questions (1).doc │ │ │ Instrument test questions (2).doc │ │ │ Instrument test questions (calculation).doc │ │ │ Instrument test questions (selection).doc │ │ │ Instrument test questions (Q&A).doc │ │ │ Instrument test questions.doc │ │ │ Instrument test questions 2013.05.20.doc │ │ │ Collection of instrument test questions │ │ │ Instrument workshop job training question bank.doc │ │ │ Instrument question bank (1).doc │ │ │ Instrument question bank 101 pages.doc │ │ │ Instrument question bank.doc │ │ │ Instrument question bank 1.doc │ │ │ Instrument question bank Zhang Lichun.doc │ │ │ Senior instrument engineer test questions.doc │ │ │ Instrument senior engineer test questions (judgement questions).doc │ │ │ Instrument senior engineer test questions (fill in the blanks).doc │ │ │ Instrument senior engineer test questions (multiple choice questions).doc │ │ │ National Chemical Instrument Maintenance Worker Skills Competition Project Three DCS Control System Simulation Configuration Operation Task List.doc │ │ │ National Chemical Instrument Maintenance Worker Skills Competition Project Three DCS Control System Simulation Configuration Operation Task List Heat Exchanger Project.doc │ │ │ National Chemical Instrument Maintenance Worker Skills Competition Project Three DCS Control System Simulation Configuration Operation Task List Distillation Tower Project.doc │ │ │ National Chemical Instrument Maintenance Worker Skills Competition Project Three DCS Control System Simulation Configuration Operation Task List Distillation Project.doc │ │ │ National Chemical Instrument Maintenance Worker Skills Competition Project Three DCS Control System Simulation Configuration Operation Task List Formaldehyde Project.doc │ │ │ Junior Instrument Worker XL Questions.doc │ │ │ Junior Chemical Instrument Maintenance Worker Question Bank Revised Version.doc │ │ │ True or False Questions.doc │ │ │Replica │ │ │ Thermal Instrumentation Question Bank.doc │ │ │ Thermal Measuring Instrumentation Question Bank.doc │ │ │ Thermal Instrumentation Question Bank.doc │ │ │ Coal Chemical Company Chemical Instrumentation Engineering Theory Examination Question Bank Answers.doc │ │ │ Coal Chemical Company Chemical Instrumentation Engineering Theory Examination Question Bank.doc │ │ │ On-site instrument pipe arrival and pressure pipe installation knowledge Q&A.doc │ │ │ Electrical instrument workshop employee training July 2007 business examination test paper.doc │ │ │ Power plant thermal control instrument knowledge Q&A.doc │ │ │ Electrical and instrument question bank 1000.doc │ │ │ Chapter 4 Instrument Automation and Measurement Training Test Questions.doc │ │ │ Short Answer Questions.doc │ │ │ Summary of Short Answer Questions.doc │ │ │ Exam Reply │ │ Operation Instrument Engineering Theory Questions (Advanced).DOC │ │ │ Operation Instrument Engineering (Elementary) Theory Question Bank.DOC │ │ │ Multiple Choice Questions.doc │ │ │ Group Company Instrument Professional Technology Competition Question Bank and Answers.doc │ │ │ Project Three-Series System Equipment Configuration List.doc │ │ │ Senior Instrument Worker Vocational Skill Appraisal Skills Test Paper.doc │ │ │ Senior Instrument Worker Test Questions.doc │ │ │ Senior Instrument Worker Test Questions Answers 7.DOC │ │ │ Advanced Chemical Instrument Maintenance Worker Question Bank Correction.doc │ │ │ Advanced Worker Oral Answers 3.doc │ │ │ (2) Field Instruments and Complex Control System Competition Project.doc │ │ │ (Project 1) Practical Operation Score Sheet.doc │ │ │ │ │ ├─2006 Instrument Installation and Debugging Junior Worker Examination Questions │ │ │ 2006 Instrument Professional Installation Junior Worker Qualification Examination Questions.doc │ │ │ Answers.doc │ │ │ │ │ ├─2007 Instrument Installation Junior Worker Qualification│ │ │ 2007 Instrument Installation Junior Worker Test Paper Answers.doc │ │ │ 2007 Instrument Installation Junior Worker Qualification Test Paper.doc │ │ │ │ │ ├─Instrumentation│ │ │ 2008 Advanced Instrument Theory Answers (Part 1).doc │ │ │ 2008 Instrument Advanced Theory Answers (Part 2).doc │ │ │ 2008 Advanced Instrument Worker Theory Test Paper.doc │ │ │ 2008 Advanced Instrument Operation Test Paper.doc │ │ │ │ │ ├─Instrument Worker Test Questions │ │ │ 1111.doc │ │ │ Instrument Worker Basic Skills Training Test Paper (Paper A).doc │ │ │ Instrument Worker Basic Skills Test Paper.doc │ │ │ Select.doc │ │ │ │ │ ├─Instrument Worker Test Question Bank│ │ │ Intermediate New Version.docx │ │ │ Instrument Work Question Bank (Intermediate Questions).doc │ │ │ Instrument Work Question Bank (Elementary Questions).doc │ │ │ │ │ ├─Instrument Work Test Question Set│ │ │ Instrument Work Instruction Questions.doc │ │ │ Instrument and Control Department Technical Competition Selection Test Paper.doc │ │ │ Fieldbus test questions (20060517).doc │ │ │ Online answers to questions 1-6.doc │ │ │ │ │ ├─Instrument maintenance worker (technician) test questions │ │ │ Instrument maintenance worker (technician) multiple choice test paper text.doc │ │ │ Multiple-choice question (technician) test paper text.doc │ │ │ Calculation question (technician) test paper text.doc │ │ │ │ │ ├─Instrument maintenance technician test question│ │ │ Judgment question (technician) test paper text.doc │ │ │ Short answer question (technician) text.doc │ │ │ │ │ ├─Instrument maintenance worker technician test answer answer│ │ │ Instrument maintenance worker (technician) multiple choice answer.doc │ │ │ Judgment question (technician) answer.doc │ │ │ Short answer question (technician) answer.doc │ │ │ Calculation questions (technician) answers.doc │ │ │ │ │ ├─Instrument maintenance worker senior worker test questions│ │ │ Instrument maintenance worker (senior worker) multiple choice test paper text.doc │ │ │ Judgment question (senior worker) test paper text.doc │ │ │ Short answer questions (senior worker) test paper text.doc │ │ │ Calculation questions (senior worker) test paper text.doc │ │ │ │ │ ├─Instrument maintenance worker senior worker test question answers│ │ │ Instrument maintenance worker senior work order answer questions.doc │ │ │ Answers to judgment questions (senior workers).doc │ │ │ Answers to multiple choice questions (senior workers).doc │ │ │ Answers to short answer questions (senior workers).doc │ │ │ Answers to calculation questions (senior workers).doc │ │ │ │ │ ├─Instrumentation test questions│ │ │ 2004 Senior Instrument Engineer Appraisal Test Questions.doc │ │ │ Senior Instrument Engineer Theory Test Questions.doc │ │ │ Senior Instrument Engineer Appraisal Written Test Questions.doc │ │ │ Senior Instrument Engineer Appraisal Written Test Questions (Blank A).doc │ │ │ │ │ ├─Instrument question bank│ │ │ Intermediate.doc │ │ │ Elementary.doc │ │ │ Technician.doc │ │ │ Advanced.doc │ │ │ │ │ ├─Advanced theory of instrumentation│ │ │ Advanced question.doc │ │ │ │ │ ├─Chemical Instrumentation Skills Competition Exam Questions│ │ │ 2008 National Chemical Instrumentation Skills Competition Examination Questions_1.doc │ │ │ 2008 National Chemical Instrument Skills Competition Test Questions_10.doc │ │ │ 2008 National Chemical Instrument Skills Competition Test Questions_11.doc │ │ │ 2008 National Chemical Instrument Skills Competition Test Questions_12.doc │ │ │ 2008 National Chemical Instrument Skills Competition Test Questions_13.doc │ │ │ 2008 National Chemical Instrument Skills Competition Test Questions_14.doc │ │ │ 2008 National Chemical Instrument Skills Competition Test Questions_2.doc │ │ │ 2008 National Chemical Instrumentation Skills Competition Test Questions_3.doc │ │ │ 2008 National Chemical Instrument Skills Competition Test Questions_4.doc │ │ │ 2008 National Chemical Instrument Skills Competition Test Questions_5.doc │ │ │ 2008 National Chemical Instrument Skills Competition Test Questions_6.doc │ │ │ 2008 National Chemical Instrumentation Skills Competition Test Questions_7.doc │ │ │ 2008 National Chemical Instrument Skills Competition Test Questions_8.doc │ │ │ 2008 National Chemical Instrument Skills Competition Test Questions_9.doc │ │ │ │ │ └─Thermal Instrumentation Basic, Intermediate and Advanced Engineering Test Questions and Answers│ │ Instrumentation Intermediate Engineering Test Questions.doc │ │ Instrumentation Intermediate Engineering Test Questions and Answers.DOC │ │ Instrumentation Elementary Engineering Test Questions.doc │ │ Instrumentation Elementary Engineering Test Questions and Answers.DOC │ │ Advanced instrumentation test questions.doc │ │ │ ├─6.0 Instrument maintenance technical information 12. Actuator │ │ Summary of many years of installation and debugging experience of actuators.doc │ │ Installation and maintenance of actuators.doc │ │ Introduction to the calibration and maintenance experience of actuators in the petrochemical industry.doc │ │ │ ├─6.0 Instrument Maintenance Technical Data 13. Analyzer │ │ 50dCE-50D.5-02 Chromatographic Analyzer Specification. 4600 Series Multi-electrode Conductivity Analyzer Maintenance Instructions.DOC │ │ ABB 4600 Series Conductivity Analyzer Maintenance Instructions.DOC │ │ ABB 8066 Iron Ion Analyzer Maintenance Instructions.DOC │ │ ABB 8241 Silicate Monitor Maintenance Instructions.DOC │ │ ABB Ion Selective Monitor Maintenance Instructions M8232.DOC │ │ ABB system trend setting.doc │ │ ABB (TZIDC) series positioner installation and commissioning information.doc │ │ Amtax Compact ammonia nitrogen analyzer.doc │ │ AmtaxTM Compact ammonia nitrogen analyzer.doc │ │ BY3-Amtax 57385～57391 ammonia nitrogen analyzer.doc │ │ COD multifunctional water quality analyzer.doc │ │ Postgraduate thesis on the application and research of FM2307 and FM1702SL chipsets in water, electricity and gas metering instruments │ │ HACH online CODcr tester.doc │ │ Q WH IN11 Appendix A Instrument data sheet (A Analytical instrument.xls │ │ S156SPECTRONNO3NH4 nitrate nitrogen, ammonia nitrogen measuring instrument.doc │ │ TC type sulfur dioxide analyzer is based on different gases having different thermal conductivities... TC.doc │ │ TPI-707 Carbon Monoxide Analyzer.doc │ │ TZID-C-inst-R2.doc │ │ WT-C3 COD analyzer.doc │ │ Y034 analysis instrument inspection sheet.doc │ │ Y035 component analysis instrument inspection sheet.doc │ │ Special instrument application: Introduction to gas chromatography for transformer oil analysis.doc │ │ Sulfur dioxide UV photometric online analyzer so2.doc │ │ Instrument equipment ledger (analysis).xls │ │ Some questions about zirconia oxygen analyzers.doc │ │ Principles of several oxygen analyzers.doc │ │ Technical introduction for employees in the analytical instrument industry.doc │ │ Analytical instrument data sheet.xls │ │ Error analysis in chemical instrument measurements 5.doc │ │ Chemical plant online analyzer.doc │ │ Research and application of crude oil water and gas analyzer.doc │ │ Introduction to each dew point analyzer │ │ Online analysis instrument manual - finishing: Xianhe Environmental Protection - Liu Junhua │ │ Online analyzer maintenance procedures │ │ Online analysis instruments │ │ Calibration and uncertainty analysis of industrial process measurement recorders 6.doc │ │ How to design a reliable online analysis instrument sampling system (2).doc │ │ How to design a reliable online analysis instrument sampling system.doc │ │ Daily instrument failure analysis and treatment.doc │ │ Failure analysis and practical application of gas chromatograph.doc │ │ Hydrogen analyzer.doc │ │ Oxygen analysis instrument training manual.doc │ │ Zirconia analyzer.doc │ │ General inspection flow chart of zirconia oxygen content analyzer.doc │ │ Oxygen analyzer.doc │ │ Ammonia nitrogen analyzer WT-AD3.doc │ │ Cement plant gas analyzer.doc │ │ Analysis of common errors in flow instrument application.doc │ │ Brief discussion on the application of crude oil water and gas analyzer in crude oil testing.doc │ │ Dissolved oxygen analyzer.doc │ │ Laser analyzer.doc │ │ Conditions for use of thermomagnetic oxidation analyzer.doc │ │ On-site instrument analysis steps.doc │ │ Comparative analysis of field instruments - flowmeter │ │ Grounding analysis of field instruments.doc │ │ Analysis of common faults of field instrument systems.doc │ │ Analysis steps for common faults of field instrument systems 5.doc │ │ Analysis steps for common faults in field instrument systems 6.doc │ │ Analysis steps for common faults in field instrument systems.doc │ │ Basic analysis steps for field instrument system faults.doc │ │ Power quality analysis instruments 4.doc │ │ Introduction to KUNTZE K301 TP total phosphorus analyzer.doc │ │ Common faults and solutions of kiln tail gas analyzer.doc │ │ Infrared analyzer.doc │ │ American Hach online COD analyzer passed PAC type certification.doc │ │ Western Research 880-NSL tail gas analyzer user manual.doc │ │ Gauge instrument calibration management and measurement system analysis technology 27.doc │ │ Gauge instrument calibration management and measurement system analysis technology 29.doc │ │ Dew point analyzer.doc │ │ Saturated steam metering system 6.doc │ │ │ ├─6.0 Instrument Maintenance Technical Data 14. Positioner │ │ Key valve positioner selection.doc │ │ The core of piezoelectric valve intelligent valve positioner.doc │ │ Online replacement of Siemens intelligent valve positioner.doc │ │ Features of Shanwu AVP3000 series positioner.doc │ │ Shanwu Hart intelligent positioner DTM function introduction.doc │ │ Introduction to Japanese Yamatake locator types 1.doc │ │ Comparison of intelligent locator products │ │ Intelligent locator schematic diagram.doc │ │ Automatic verification of Masoneilan SVI II series positioner HART375.doc │ │ Masonielan MASONIELAN_SV-II valve positioner adjustment steps.doc │ │ Introduction to the debugging method of Masoneilan SVI 2AP positioner.doc │ │ Masoneilan positioner debugging.doc │ │ Brief discussion on the use of intelligent valve positioner.doc │ │ Online replacement of Samson and Siemens intelligent valve positioners │ │ Siemens valve positioner FAQ │ │ Siemens positioner debugging.doc │ │ Siemens digital positioner PS2 operation and maintenance.doc │ │ Siemens intelligent positioner.doc │ │ │ ├─6.0 Instrument maintenance technical information 15. Flow measurement │ │ 07-Rotameter specification sheet.XLS │ │ 12 Flowmeter installation condition diagram │ │ 13 Electromagnetic flowmeter installation condition diagram │ │ 14 Vortex flowmeter installation condition diagram │ │ 50dCE-50D.3-03 turbine flowmeter specification.xls │ │ 50dCE-50D.3-04 volumetric flowmeter specification.xls │ │ 50dCE-50D.3-05 Rotameter Specification.xls │ │ 50dCE-50D.3-06 Vortex Flowmeter Specification.xls │ │ 50dCE-50D.3-07 Ultrasonic Flowmeter Specification.xls │ │ 50dCE-50D.3-09 Mass Flowmeter Specification.xls │ │ 50dCE-50D.3-10 Wedge Flowmeter Specification.xls │ │ 50dCE-50D.3-11 Open Channel Flowmeter Specification.xls │ │ 50dCE-50D.3-12 Purge Flowmeter Specification.xls │ │ ABB XE Series Electromagnetic Flowmeter User Help │ │ E+H mass flowmeter operation list.xls │ │ MFI series insertion gas mass flowmeter.doc │ │ MTPCL-5B portable ultrasonic flowmeter.doc │ │ Q WH IN79A Appendix A Installation of flow measurement components on the pipeline.xls │ │ Some issues with temperature and pressure compensation for steam flow measurement.doc │ │ Working principle of integrated orifice flowmeter.doc │ │ Integrated flowmeter installation guide.doc │ │ Flow meter selection and application for different media.doc │ │ Analysis of eight major vortex flowmeter faults and corresponding solutions (1).doc │ │ Analysis of eight major metal tube rotor flowmeter faults and solutions (2).doc │ │ Flowmeter that can measure two-phase flow.doc │ │ Principles and applications of various flow meters.doc │ │ Advantages and disadvantages of various flow meters and suitable media.doc │ │ Advantages and disadvantages of various flow meters and suitable media │ │ Comparison list of characteristics of various flow meters.doc │ │ Comparison list of characteristics of various flow meters.doc │ │ Fixed integrated functional ultrasonic flow meter.doc │ │ International Gas Flow Measurement Technology.doc │ │ New Progress in International Gas Flow Measurement Technology.doc │ │ Error Analysis and Improvement of Natural Gas Orifice Plate Flow Measurement 29.doc │ │ New progress and development trends in natural gas flow measurement.doc │ │ Natural gas flow meter 1.doc │ │ Natural gas flow meter 2.doc │ │ Natural gas flow meter 3.doc │ │ Natural gas flow meter 4.doc │ │ Flow measurement of natural gas.doc │ │ How to ensure accurate measurement of steam flow │ │ How to correctly choose a glass rotor flowmeter.doc │ │ Orifice flowmeter │ │ Online cleaning of the orifice flowmeter body.doc │ │ Maintenance method of orifice flowmeter +.doc │ │ Volumetric flowmeter.doc │ │ Selection of positive displacement flowmeter.doc │ │ Volumetric flowmeter.doc │ │ Q&A related to Sichuan Instrument electromagnetic flowmeter │ │ What should be paid attention to when installing a differential pressure orifice flowmeter.doc │ │ Introduction to differential pressure flowmeter.doc │ │ Master training apprentice 2 flow.doc │ │ Common flow installation requirements.xls │ │ Working principles of common flow meters.doc │ │ Types and characteristics of common flow meters.doc │ │ Analysis of the application of elbow flow meters in heating metering 4.doc │ │ Elbow flowmeter measurement principle and application.doc │ │ Elbow flowmeter calculation formula │ │ Microwave solid flow meter SolidFlow technical information.doc │ │ German Cologne electromagnetic flowmeter.doc │ │ Deltaba flowmeter manual.doc │ │ Delphi ultrasonic flowmeter.doc │ │ Cross-sectional area and carrying capacity.doc │ │ Discuss the calibration of V-cone flowmeter and the issues of outflow coefficient and expansion coefficient.doc │ │ Venturi flowmeter│ │ New target flowmeter.doc │ │ Vortex street flowmeter calibration procedures.doc │ │ Pipe flowmeter without straight pipe section.doc │ │ Principle of time-difference ultrasonic flowmeter.doc │ │ Open channel flowmeter.doc │ │ Open channel flowmeter.doc │ │ Oval gear flowmeter (2).doc │ │ Oval gear flowmeter.doc │ │ Wedge flowmeter specification. │ Discussion on the application of gas ultrasonic flow meters.doc │ │ Selection and discussion of flow meters in sewage flow measurement.doc │ │ Fluid vibration flow meters.doc │ │ Development trends and hot spots of flow meters.doc │ │ Reasonable selection of flow meters and calculation methods of energy consumption.doc │ │ Flow detection and transmission.doc │ │ Flow detection instrument.doc │ │ What are the requirements for the layout of flow measurement instruments? .doc │ │ Development and application of flow measurement tool software.doc │ │ Discussion of flow measurement technology and instruments.doc │ │ Factors to consider in the selection of flow measurement methods and instruments.doc │ │ Selection of flow measurement methods and instruments.doc │ │ Origin of flow coefficient KV (2).doc │ │ Definition of flow coefficient.doc │ │ Summary of flow compensation formula.doc │ │ Flow meter.docx │ │ Performance indicators of flow meter instrument.doc │ │ Complete flow meter (2).doc │ │ Complete flow meter.doc │ │ Flow meter installation│ │ The length of the straight pipe section for flow meter installation is an important factor that is easily overlooked.doc │ │ Introduction to common terms used in flow meters.doc │ │ Technical papers on flow meters (10 articles).doc │ │ Requirements and precautions for flow meter operation.doc │ │ Future development direction, application prospects and price trends of flow meters.doc │ │ Classification of flow meters.doc │ │ Classification and characteristics of flow meters.doc │ │ Basic principles of flow meters │ │ Basic knowledge of flow meters.doc │ │ Summary of straight pipe sections of flow meters.docx │ │ Requirements for the length of straight pipe sections of flow meters.doc │ │ Flow computer identification symbols.doc │ │ Types of flow meters (2).doc │ │ Types of flow meters.doc │ │ Flowmeter types and principles.doc │ │ Flowmeter overview (good).doc │ │ Flowmeter description and selection.doc │ │ Flowmeter zero adjustment - panel operation.doc │ │ Flowmeter selection principles (2).doc │ │ Flowmeter selection principles.doc │ │ Selection of flow metering instruments 4.doc │ │ Brief analysis of turbine flowmeter.doc │ │ Brief discussion on the development and current situation of flowmeter.doc │ │ Vortex flowmeter (1).doc │ │ Vortex flowmeter (3).doc │ │ Vortex flowmeter.doc │ │ Vortex flowmeter.docx │ │ Vortex flowmeter instrument data sheet.xls │ │ Common faults and solutions when using vortex flowmeter.doc │ │ Working principle of vortex flowmeter.doc │ │ Common faults of vortex flowmeter.doc │ │ What is the function of vortex flowmeter.doc │ │ Principle of vortex flowmeter.doc │ │ Basic structure of vortex flowmeter.doc │ │ The working principle of the vortex flowmeter.doc │ │ How to use the calculation program of the vortex flowmeter.doc │ │ Turbine flowmeter.doc │ │ The working principle and structure of the turbine flowmeter (2).doc │ │ The working principle and structure of the turbine flowmeter.doc │ │ The characteristics, installation and use of the turbine flowmeter (2).doc │ │ Characteristics, installation and use of turbine flowmeter.doc │ │ Uncertainty analysis of liquid volumetric flowmeter.doc │ │ Density correction of mixed gas flow measurement.doc │ │ Thermal mass flowmeter.doc │ │ Glass rotor flowmeter instrument data sheet.xls │ │ Electromagnetic flowmeter (1).doc │ │ Electromagnetic flowmeter.doc │ │ Electromagnetic flowmeter.docx │ │ Introduction to the five detailed classifications of electromagnetic flowmeter │ │ Analysis of the application effect of electromagnetic flowmeter in sewage measurement 5.doc │ │ Common faults of electromagnetic flowmeter.doc │ │ Grounding problem of electromagnetic flowmeter.doc │ │ Operation manual of electromagnetic flowmeter.doc │ │ Fault analysis of electromagnetic flowmeter.doc │ │ Fault inspection and analysis of electromagnetic flowmeter │ │ Fault inspection and analysis of electromagnetic flowmeter.doc │ │ Fault detection of electromagnetic flowmeter.doc │ │ Calibration procedures for electromagnetic flowmeters.doc │ │ Some common faults of electromagnetic flowmeters.doc │ │ What are the advantages of electromagnetic flowmeters.doc │ │ Basic principles of electromagnetic flowmeters.doc │ │ Grounding requirements for electromagnetic flowmeters.doc │ │ Introduction to the lining and working principle of electromagnetic flowmeters │ │ Instructions for electromagnetic flowmeters.doc │ │ Electromagnetic flowmeter information │ │ Electromagnetic flow meter failure.doc │ │ The working principle of the electric remote transmission wet gas flow meter and the solution to the problem.doc │ │ Coriolis force mass flow meter.doc │ │ The working principle and typical structural characteristics of the Coriolis force mass flow meter.doc │ │ Coriolis mass flow meter (1).doc │ │ Coriolis mass flowmeter.doc │ │ Cologne electromagnetic flowmeter document.doc │ │ Section 1 flow detection and transmission.doc │ │ Accumulated flow formula │ │ Lumbar flowmeter maintenance procedures.doc │ │ Throttle flowmeter.doc │ │ Soft maintenance of throttling device flow measurement system.doc │ │ Analysis of the characteristics and uses of Figuereis turbine flow transmitter 2.doc │ │ Research on mathematical model of temperature and pressure compensation of steam flow measurement.doc │ │Mass flowmeter.doc │ │Mass flowmeter.docx │ │Mass flowmeter zero return calibration operating instructions.doc │ │ Working principle of mass flowmeter.doc │ │ Working principle and typical structural characteristics of mass flowmeter.doc │ │ Structural principle of mass flowmeter.doc │ │ Mass flow meter courseware.doc │ │ Zero calibration operation steps of mass flow meter │ │ Introduction to ultrasonic flow meter.doc │ │ Ultrasonic flow meter operation guide 109 │ │ Basic principles and types of ultrasonic flow meter.doc │ │ Selection and application of ultrasonic flow meter.doc │ │ Ultrasonic flowmeter general installation and operation manual.doc │ │ How to use ultrasonic flowmeter (PT878-01).doc │ │ Ultrasonic flowmeter.doc │ │ Rotameter.docx │ │ Rotameter instrument data sheet.xls │ │ Rotameter installation conditions diagram │ │ In recent years, several flow meter book reviews have been published.doc │ │ Metal tube rotor flowmeter manual.doc │ │ Annubar flowmeter.docx │ │ Leonik mass flowmeter installation manual.doc │ │ Working principle of target flowmeter.doc │ │ Verification of advanced orifice flowmeter measurement system.doc │ │ │ ├─6.0 Instrument Maintenance Technical Data 16. Pneumatic Valve│ │ Electromagnetic Pneumatic Valve.doc │ │ │ ├─6.0 Instrument Maintenance Technical Data 17. Level Gauge Material Level Gauge Liquid Level Gauge │ │ 50dCE-50D.4-04 Radar Level Gauge Specification.xls │ │ 50dCE-50D.4-05 Ultrasonic Level Meter Specification.xls │ │ 50dCE-50D.4-06 Radio Frequency Level Meter Specification.xls │ │ 50dCE-50D.4-08r Radiofrequency Level Meter Specification.xls │ │ Servo Level Meter Chinese│ │ Installation and debugging methods of servo level gauge │ │ Several simple debugging methods of FST-3000 float level gauge.doc │ │ Double flange level gauge │ │ Working principles and application scope of various liquid level gauges.doc │ │ Judgment and treatment of stripping tower material interruption caused by failure of indication of synthesis tower level gauge.doc │ │ Hollysys small and medium-sized fluidized bed boiler electrical automation instrument technical solution │ │ Radio frequency admittance level meter.doc │ │ Radio frequency admittance level meter principle.doc │ │ Differential pressure level meter calculation formula.doc │ │ Detailed interpretation of the working principles of 20 commonly used liquid level meters. How many do you know? .doc │ │ Application of submersible level gauge.doc │ │ New raw material nuclear scale fault diagnosis - June 25, 2005.doc │ │ Intelligent radar level gauge.doc │ │ Water level alarm │ │ Float level gauge.xls │ │ Float level gauge.docx │ │ Displacement type remote sensing liquid level gauge │ │ Operation method and common troubleshooting methods of pontoon liquid level gauge │ │ Debugging method of pontoon liquid level gauge │ │ Working principle and structure of liquid level gauge.doc │ │ Capacitive liquid level gauge.docx │ │ Electric pontoon liquid level gauge.docx │ │ A brief introduction to magnetic float, glass plate and glass tube level gauge.doc │ │ Magnetic float level gauge.xls │ │ Magnetic flap level gauge.doc │ │ Magnetic flap level gauge.docx │ │ The difference between ultrasonic and radar.doc │ │ Discussion on solutions to the problem of water droplets on the ultrasonic level gauge probe.doc │ │ Heavy hammer type material level meter.doc │ │ Application of paddle-type material level meter in material control at the bottom of the warehouse.doc │ │ Summary of selection and application of radar level meter │ │ Radar level meter.xls │ │ Radar level meter FMR230 debugging steps.doc │ │ Radar level meter installation and maintenance instructions.doc │ │ Troubleshooting methods for common faults of radar level gauge │ │ Operation manual of radar level gauge │ │ Principle and use of radar level gauge.doc │ │ Working principle of radar level gauge.doc │ │ Instructions for use of radar level gauge │ │ High-resolution liquid level calibration.doc │ │ Introduction to high-pressure cobalt 60 level gauge.doc │ │ Blast Furnace Radar Detector.doc │ │ │ ├─6.0 Instrument Maintenance Technical Data 18. Temperature │ │ 01_Bimetal thermometer and bushing specifications. │ │ Integrated temperature transmitter.docx │ │ Portable furnace temperature detection.doc │ │ Typical self-acting temperature control system │ │ Advantages and disadvantages of pressure thermometer.doc │ │ Working principle and function of pressure thermometer.doc │ │ Bimetal thermometer.docx │ │ Bimetal thermometer_Selection │ │ Principle of bimetal thermometer.doc │ │ Calibration procedures of bimetal thermometer.doc │ │ Cover and temperature instrument data sheet.xls │ │ Temperature.doc │ │ Getting started with the temperature PID control function block FB58 │ │ Brief explanation of how to select a temperature instrument.doc │ │ Temperature protection sleeve material selection.doc │ │ Temperature and pressure analysis monitoring condition table │ │ Temperature transmitter calibration record sheet (with formula).xls │ │ Basic principles of temperature measuring instruments.doc │ │ What are the requirements for the layout of temperature measuring instruments? .doc │ │ The Essence of Temperature Measurement - Thermocouple Measurement │ │ Thermocouple Selection The thermocouple selection should be based on the operating temperature range.doc │ │ Section 2 Temperature Instrument (2).doc │ │ Section 2 Temperature Instrument.doc │ │ Self-acting temperature control │ │ Saturated steam temperature density pressure comparison table.doc │ │ │ ├─6.0 Instrument Maintenance Technical Information 19. Pressure │ │ 03_Pressure gauge specification.XLS │ │ 04_Pressure transmitter specifications. Y029 pressure gauge inspection sheet.doc │ │ Y032 pressure switch calibration record sheet.doc │ │ Some knowledge everyone should know about diaphragm pressure gauges 2.doc │ │ Pressure.doc │ │ Pressure instrument and liquid level gauge.doc │ │ Pressure instrumentation * Summary │ │ Pressure instrument installation requirements │ │ Pressure instrument data sheet. Routine maintenance of pressure transmitter │ │ Pressure transmitter calibration.doc │ │ Pressure transmitter calibration result processing and calibration cycle.doc │ │ Pressure transmitter selection considerations.doc │ │ Pressure and differential pressure transmitter installation diagram.doc │ │ Measurement methods and classification of pressure detection instruments.doc │ │ What are the requirements for the layout of pressure measuring instruments? .doc │ │ Pressure grade conversion.doc │ │ Pressure gauge 7.docx │ │ Pressure gauge.doc │ │ Pressure gauge │ │ Pressure gauge oil filling │ │ Pressure gauge principle and related knowledge.doc │ │ Pressure gauge selection table for various environments │ │ Basic knowledge of pressure gauge 8.doc │ │ Anti-corrosion treatment of the wetted part of the pressure gauge │ │ Pressure gauge calibration operating procedures.doc │ │ Precautions for the selection, installation and use of pressure gauges 5.docx │ │ Complete information on pressure gauges 8.doc │ │ Pressure gauge selection and pressure gauge specifications and models │ │ Pressure gauge protection level explanation and selection 1.doc │ │ Pressure regulator.doc │ │ Pressure (differential pressure) transmitter operating procedures.doc │ │ Specifications of various types of diaphragm pressure gauges │ │ How to choose a suitable pressure transmitter and installation and use precautions.doc │ │ Precautions for the selection, installation and use of industrial pressure gauges.doc │ │ Spring tube pressure gauge.doc │ │ Uncertainty analysis of the pressure measurement process of the new synthetic steam distribution cylinder.doc │ │ Float pressure gauge.doc │ │ Electric contact pressure gauge.docx │ │ Section 1 pressure instrument.doc │ │ Section 1 pressure instrument.doc │ │ Section 2 pressure detection and transmission.doc │ │ Comparison of the advantages and disadvantages of precision digital pressure gauge and pointer precision pressure gauge.doc │ │ The difference between glycerol and silicone oil in shock-resistant pressure gauges │ │ The difference between diaphragm pressure gauges and diaphragm pressure gauges │ │ Diaphragm pressure gauge.docx │ │ 3051S HART pressure transmitter using innovative diagnostic technology.doc │ │ Process requirements for explosion-proof pressure gauges 1.doc │ │ Principle diagram of deaerator pressure regulation system │ │ Diaphragm pressure gauge │ │ Detailed explanation of daily use of diaphragm pressure gauge │ │ Introduction to diaphragm pressure gauge │ │ Environmental conditions for use of diaphragm type shock-resistant pressure gauge │ │ │ ├─6.0 Instrument maintenance technical information 2. On-site instruments │ │ │ #2 boiler safety monitoring system debugging and maintenance procedures.doc │ │ │ 10, HK10 (instrument insulation).doc │ │ │ 10 Open channel flow meter.doc │ │ │ 11 New target flow meter.doc │ │ │ 1201 piston differential pressure transmitter.doc │ │ │ 12 Electromagnetic flowmeter.doc │ │ │ 13 Mass flow meter.doc │ │ │ 1950G explosion-proof differential pressure switch.doc │ │ │ 1 Differential pressure flowmeter.doc │ │ │ 2.2 Working principle of intelligent electrical valve positioner.doc │ │ │ Analysis and comparison of more than 20 liquid level measurement methods.doc │ │ │ Analysis and comparison of more than 20 liquid level measurement methods.doc │ │ │ 2 Volumetric flowmeter.doc │ │ │ 3.3.3 (Easy to evaporate) measurement of high saturated vapor pressure liquid flow.doc │ │ │ 3300 vibration, displacement probe, and front sensor system maintenance and overhaul.doc │ │ │ 3500 monitoring and maintenance procedures.doc │ │ │ 375-3051 Chinese tree diagram.doc │ │ │ 39 Examples of common instrument troubleshooting.doc │ │ │ 3 Float flow meter (universal flow meter (differential pressure type, float type, electromagnetic type)).doc │ │ │ 3-connection switch grounding.doc │ │ │ 475 Chinese manual upper part.doc │ │ │ 475 Chinese manual lower part.doc │ │ │ 4. Electrical construction technology of automatic control instruments 11.doc │ │ │ 4 Turbine flowmeter.doc │ │ │ 5 Electromagnetic flowmeter fault inspection and analysis.doc │ │ │ 6DR5XY1-0E000-0AAZ intelligent positioner operating instructions briefly.doc │ │ │ 6 Vortex flowmeter technology (universal flow meter (differential pressure type, float type, electromagnetic type)).doc │ │ │ Brief instructions for type 7168 ultrasonic flowmeter.doc │ │ │ 744743B741B Process Certification Calibrator User Manual.doc │ │ │ 7Ultrasonic flowmeter.doc │ │ │ 8Coriolis mass flowmeter.doc │ │ │ 9Thermal mass flowmeter.doc │ │ │ ABB TZID-C Intelligent Positioner Installation and Operation Instructions.doc │ │ │ ABB Valve Positioner.doc │ │ │ ABB Pressure Transmitter Instructions.doc │ │ │ ABB Vortex Flowmeter Chinese Instructions.doc │ │ │ bt200 Handheld Communicator Introduction and Operation.doc │ │ │ CCS pressure switch and temperature switch selection table.doc │ │ │ CNC safety training.doc │ │ │ CP50 series intelligent metal tube float flowmeter.doc │ │ │ DBZ-3 intelligent weight transmitter.doc │ │ │ DCAP-3000 (V2.0D) series protection measurement and control device operating instructions.doc │ │ │ DCS Engineering Transportation and Storage Instruction Manual │ │ │ DeltaV Getting Started Tutorial.doc │ │ │ DKK PH, ORP_Chinese information.doc │ │ │ DVC6000 fast automatic tuning.doc │ │ │ ES2000 gas detector instruction manual.doc │ │ │ E＋H pressure (differential pressure) transmitter.doc │ │ │ FF fieldbus intelligent instrumentation and configuration technology.doc │ │ │ FISHER FIELDVUE DLC3000 Series Digital Liquid Level Controller.doc │ │ │ FLUKE744 Process Calibrator Handout.doc │ │ │ FX-H375 HART Handheld Instruction Manual.doc │ │ │ FX-H375 Instruction Manual.doc │ │ │ HART275 Hand Communicator Operation Manual.doc │ │ │ HART Protocol.doc │ │ │ HART Protocol Intelligent Transmitter Operation Manual.doc │ │ │ HART Hand Communicator Instructions for Use.doc │ │ │ HART Hand Communicator Training Content.doc │ │ │ HART Hand Communicator Operation Manual.doc │ │ │ HB6500 Electric Pressure Calibration Station User Manual.doc │ │ │ HB780 DC Signal Source Product Manual.doc │ │ │ KF101 Nuclear Belt Scale.doc │ │ │ KF104 Material Level Control.doc │ │ │ KF108-109 Mud Hydrometer.doc │ │ │ KJ042 Pulse Train Modulation Former.doc │ │ │ Logix520 Digital Positioner.doc │ │ │ Working Principle of LUGB Vortex Flowmeter.doc │ │ │ Magnetrol Float Verification Operation Instruction Operation Instruction.doc │ │ │ MOORE Alarm Setter Configuration Verification Operation Instruction.doc │ │ │ moore Temperature Transmitter Configuration Download Operation Instruction.doc │ │ │ MTL Safety Barrier Configuration Download and Verification Instruction - Lei Jinying.doc │ │ │ PF Safety Barrier Configuration Download Operation Instruction - Sun Xianhua.doc │ │ │ PID parameter tuning experience.doc │ │ │ PID loop parameter tuning work guide.doc │ │ │ Application of PID in automated process control.doc │ │ │ PID control tutorial.exe │ │ │ PROFIBUS fieldbus source.doc │ │ │ REB-103 busbar protection device on-site inspection procedures.doc │ │ │ Some applications of Saab radar level gauges in the petrochemical industry.doc │ │ │ SP244 card usage instructions.doc │ │ │ stahal temperature safety barrier configuration download operation instructions.doc │ │ │ TCP-IP protocol introduction.doc │ │ │ TK3-2E Calibration Probe Operation Instruction.doc │ │ │ TRICON Emergency Stop System Maintenance Instruction.doc │ │ │ TZID-C Intelligent Positioner Installation and Operation Instructions.doc │ │ │ UTD-C-iaⅡCT Electric Float Level Transmitter.doc │ │ │ UYT-88 anti-corrosion liquid level meter.doc │ │ │ U-shaped channel section flow measurement method.doc │ │ │ VT800 field balancer instruction manual.doc │ │ │ V-type inner cone flow (VNZ flowmeter.doc │ │ │ V-cone flowmeter action mechanism analysis and its functional characteristics.doc │ │ │ WOODWAWOODWARD Speed Regulator Parameter Modification and Speed Control Valve Calibration Instructions.doc │ │ │ Collect now】——Instrument.docx │ │ │ Research on a new type of suspended gyro mass flow meter.doc │ │ │ Ten experiences in using multimeters.doc │ │ │ Selection of dissatisfied pipe and open channel flow meters.doc │ │ │ Two-wire industrial pH meter 7023.doc │ │ │ Introduction to the central control gas temperature and pressure compensation method │ │ │ Chinese button HB600B user manual (08-31).doc │ │ │ Sinopec installation budget indicator instrument part. Secondary calculation manual │ │ │ 5. Compensation wire (cable) model and meaning.doc │ │ │ Five-valve group and three-valve group switching sequence.docx │ │ │ Dielectric constant │ │ │ Instrumentation and automatic control management system │ │ │ Instrumentation terminology explanation.doc │ │ │ Explanation of instrument terms │ │ │ English translation of commonly used vocabulary in instruments.doc │ │ │ Ten methods for fault diagnosis of instruments.doc │ │ │ Lightning protection measures for instruments.doc │ │ │ Special collection of instrument knowledge│ │ │ Management of instruments and other electronic equipment 4.doc │ │ │ Instrument calibration and management practical qualification training course │ │ │ Instruments, commonly used graphic symbols.doc │ │ │ Instruments, automatic control professional vocabulary.doc │ │ │ Instrument professional English.doc │ │ │ Instrument professional English vocabulary.doc │ │ │ Instrument professional English vocabulary.doc │ │ │ Main performance indicators of the instrument 13.doc │ │ │ Instrument heating.doc │ │ │ Instrument serial number indication.doc │ │ │ Instrument gas supply and power supply.doc │ │ │ Instrument shutdown and start operation instructions │ │ │ Instrument judgment questions.xls │ │ │ Ten major categories of instruments.doc │ │ │ Instrument vocabulary directory.doc │ │ │ Instrument manufacturer directory.xls │ │ │ Instrument and control system grounding.doc │ │ │ The meaning of each letter of the instrument.doc │ │ │ Instrument graphic symbols.doc │ │ │ Things to note when installing the instrument on the pipeline.doc │ │ │ Instrument training.doc │ │ │ Instrument training materials.doc │ │ │ Instrument training materials (basic part).doc │ │ │ Instrument basics.doc │ │ │ Introduction to interlocking logic diagrams for basic instrument training.doc │ │ │ Basic knowledge of instruments (2).doc │ │ │ Basic knowledge of instruments 24.doc │ │ │ Basic knowledge of instruments.doc │ │ │ Instrument letter codes.doc │ │ │ Instrument installation and maintenance instructions │ │ │ Instrument installation and maintenance.doc │ │ │ Instrument installation and maintenance experience collection │ │ │ Instrument installation engineering * Manual │ │ │ Overview of instrument installation.doc │ │ │ Instrument installation (terminology).doc │ │ │ Basic knowledge of instrument workers (Issue 15-22) │ │ │ Basic knowledge of instrument workers.doc │ │ │ Must-read for instrument workers.doc │ │ │ Knowledge that an instrument engineer must master.doc │ │ │ Instrument engineer knowledge questions and answers 48 │ │ │ Instrument engineer exam related.doc │ │ │ Instrument engineer identification diagram.doc │ │ │ Complete set of instrument identification diagram drawings 118 │ │ │ Manual of commonly used instruments units │ │ │ Commonly used installation materials for instruments.doc │ │ │ Commonly used installation materials for instruments │ │ │ Manual of commonly used installation materials for instruments │ │ │ Commonly used materials for instruments.doc │ │ │ Classification and troubleshooting of common instrument faults 6.doc │ │ │ Classification and troubleshooting of common instrument faults.doc │ │ │ General knowledge of instruments.doc │ │ │ Instrument startup plan.doc │ │ │ Instrument grounding.doc │ │ │ Instrument operation method.doc │ │ │ Instrument operating procedures.doc │ │ │ Instrumentation amplifier circuit design.doc │ │ │ Eight methods for finding instrument faults.doc │ │ │ Ten methods for instrument fault diagnosis.doc │ │ │ Routine instrument maintenance.doc │ │ │ Routine instrument maintenance procedures.doc │ │ │ What types of instruments are there.doc │ │ │ Instrument intrinsically safe explosion-proof technology and its application in chemical industry sites │ │ │ Instrument calibration sheet.doc │ │ │ Instrument maintenance operating procedures.DOC │ │ │ Instrument field maintenance experience.doc │ │ │ Laying of instrument cables.doc │ │ │ Application of intrinsically safe explosion-proof technology of instruments in industrial sites.doc │ │ │ Instrument knowledge.doc │ │ │ Instrument knowledge materials.doc │ │ │ Instrument knowledge Q&A 48 pages.doc │ │ │ Instrument air fault handling plan.doc │ │ │ Instrument air fault handling plan 1.doc │ │ │ Instrument symbol description │ │ │ Instrument answers.DOC │ │ │ Instrument pipeline purging and pressure test plan.doc │ │ │ Installation of instrument pipelines, instrument lines and auxiliary containers.doc │ │ │ Instrument accuracy.doc │ │ │ Instrument system grounding 3.doc │ │ │ Instrument system debugging textbook 58 │ │ │ Instruments provide other professional conditions. 182.doc │ │ │ Taboos in instrument maintenance ------Season 1.doc │ │ │ Instrument maintenance production operation instructions 90 │ │ │ Instrument English.doc │ │ │ Instrument English vocabulary.doc │ │ │ Instrument paper collection.doc │ │ │ Instrument design selection and instrument material statistics.doc │ │ │ Instrument Identification Drawing.doc │ │ │ Instrument Adjustment Instructions.doc │ │ │ Instrument Information 2.doc │ │ │ Instrument data 4.doc │ │ │ Instrument workshop HSE operation instructions (2).doc │ │ │ Instrument workshop system compilation.doc │ │ │ Instrument workshop tool details and detailed explanation.docx │ │ │ Instrument workshop equipment management system compilation.doc │ │ │ Instrument piping design guidelines Jingding Engineering Construction Co., Ltd.doc │ │ │ Instrument Q&A.doc │ │ │ Instrument anti-corrosion, explosion-proof, etc.doc │ │ │ Sensing Technology Harbin Institute of Technology.doc │ │ │ Several methods of residual chlorine analysis.doc │ │ │ Protection sleeve material selection.doc │ │ │ Principle and application of signal isolation converter.doc │ │ │ Signal isolator.doc │ │ │ Signal isolator principle and application │ │ │ The role of signal isolator │ │ │ Catalytic cracking unit automation solution.doc │ │ │ Optical fiber and optical cable knowledge.doc │ │ │ Optical cable knowledge.doc │ │ │ National unified installation project budget calculation rules 8.doc │ │ │ Full range of thermocouples.doc │ │ │ Nominal diameter.doc │ │ │ About PID │ │ │ Information about PID algorithm │ │ │ Notice on holding the finals of the National Petroleum and Chemical Vocational College Student Chemical Instrument Maintenance Skills Competition.doc │ │ │ Discussion on several issues regarding the purchase and selection of control valves │ │ │ About wireless instruments.doc │ │ │ About material anti-corrosion ； Protection level ； A brief description of the explosion-proof level │ │ │ Research and application of the built-in double venturi flow measurement device.doc │ │ │ The inner cone flowmeter is affected by the turbulence of the front gate valve.doc │ │ │ Comparison of the performance of several liquid level instruments.doc │ │ │ Analyze the faults of the double flange liquid level transmitter and share the solutions.doc │ │ │ Analyze the application of intelligent valve positioners in chemical plants.doc │ │ │ Use differential pressure V-cone flowmeter to measure coal bed methane.doc │ │ │ Lisheng New Frequency Conversion Intelligent Electric Actuator Instruction Manual.doc │ │ │ Function block pin description.doc │ │ │ Chemical instrumentation management system.doc │ │ │ Chemical instrumentation.doc │ │ │ Chemical instrumentation professional training.doc │ │ │ Chemical instrumentation professional training_1.doc │ │ │ Chemical Instrumentation and Automation.doc │ │ │ Chemical Instrumentation and Automation Complex xl.doc │ │ │ Chemical Instrumentation and Automation Teaching Plan Chapter 1-6.doc │ │ │ Discussion on Reliability Issues of Chemical Instrumentation.doc │ │ │ Chemical Instrumentation Legend 3.doc │ │ │ Chemical instrument legend 8.doc │ │ │ Basics of chemical instrumentation.doc │ │ │ Chemical instrument installation and construction procedures.doc │ │ │ Chemical instrumentation worker training.doc │ │ │ Chemical instrument maintenance junior worker (single choice question).doc │ │ │ Chemical instrument maintenance junior worker (multiple choice question).doc │ │ │ Chemical automation instrument training text.doc │ │ │ Material codes and abbreviations for commonly used pipeline instrument flow charts in chemical engineering design.doc │ │ │ Calibration and test plan for a single instrument.doc │ │ │ Historical data tool manual │ │ │ Pressure gauge installation.doc │ │ │ Compressor unit probe installation and user manual │ │ │ Dual network cards internal and external networks at the same time.doc │ │ │ Transmitter contact medium selection table.doc │ │ │ Pictures of various instrument connectors.doc │ │ │ Data on the meaning of various cable codes.doc │ │ │ Various valve letter representation methods.doc │ │ │ Overview of the advantages and disadvantages of various valves and applicable occasions.doc │ │ │ Development overview and basic characteristics of isotope instruments.doc │ │ │ After-sales service order and analysis report template.doc │ │ │ Four-wire dissolved oxygen analyzer in water production 7033.doc │ │ │ Domestic product corrosion inhibitor performance.xls │ │ │ * * Guidance of the State Administration of Work Safety on Strengthening the Management of Chemical Safety Instrument Systems.doc │ │ │ Graphic Programming Manual │ │ │ Graphic Programming Module User Manual (IEC Module Library) │ │ │ Graphic Programming Module User Manual (Auxiliary Module Library) │ │ │ Graphic Programming Module User Manual (Additional Library) │ │ │ Operation of ultrasonic flowmeter under conditions different from calibration.doc │ │ │ Precautions for online PH industrial site.doc │ │ │ Ground interference and suppression │ │ │ Current status and development of velocity-averaging tube flowmeter.doc │ │ │ Chemical tank farm instrumentation system based on LK.doc │ │ │ Advanced control system based on fieldbus technology.doc │ │ │ Foundation Fieldbus Training.doc │ │ │ Foundation Fieldbus Implementation Guidelines │ │ │ Foundation Fieldbus System Engineering Guide │ │ │ Large Pipeline Gas Flow Detection Instrument.doc │ │ │ New Progress and Development Trends in Natural Gas Flow Measurement.doc │ │ │ Determination of critical flow coefficient of natural gas mixture.doc │ │ │ Flow meter for natural gas.doc │ │ │ Problems and countermeasures in natural gas measurement.doc │ │ │ How to distinguish various valves.doc │ │ │ Orifice plate calculation.xls │ │ │ Intelligent solution for safety instrumented systems │ │ │ Evaluation method of hardware failure probability of safety instrumented systems.doc │ │ │ Labor protection management for safe low-temperature operations.doc │ │ │ Statistical materials for installation drawings.doc │ │ │ Installation engineering quantity calculation rules.doc │ │ │ Installation manual│ │ │ Real-time Monitoring User Manual│ │ │ Objectively treat the relationship between inner cone flowmeter and energy saving and consumption reduction.doc │ │ │ A pair of solenoid valves in applications_Click to understand.txt │ │ │ Brief processing flow of guided wave radar level transmitter.doc │ │ │ Measurement of small flow.doc │ │ │ Application selection of small flow (micro-volume) flow meter.doc │ │ │ On-site instrument installation inspection record.doc │ │ │ Technical Agreement for Online Analysis and Monitoring of Cl2 in Exhaust Gas-Shanghai Bashan.doc │ │ │ Industrial pHORP Meter 7024.doc │ │ │ Industrial instrumentation and automation cross-application technology.doc │ │ │ Experience in daily maintenance and repair of industrial instruments. Author of this article.doc │ │ │ Introduction to industrial analysis experiment teaching content.doc │ │ │ Industrial park paper company factory video surveillance system │ │ │ Industrial mat material selection and installation.doc │ │ │ Industrial Automation Instrument Management │ │ │ Industrial Automation System FAT General Regulations (Trial) │ │ │ Use of Tools and Instruments.doc │ │ │ Fault Diagnosis and Analysis of Differential Pressure Transmitter in Application.doc │ │ │ Differential Pressure Transmitter Fault and Analysis.doc │ │ │ Differential pressure flow meter calibration │ │ │ Differential pressure flow meter.doc │ │ │ Sound velocity of commonly used media and materials.doc │ │ │ Commonly used instrument installation knowledge and instrument basic knowledge.doc │ │ │ Commonly used instrument maintenance.doc │ │ │ Commonly used instrument instructions 284 │ │ │ Commonly used density tables.doc │ │ │ Commonly used flow formulas.DOC │ │ │ Commonly used acid-base concentration tables.xls │ │ │ Common instrument fault diagnosis methods.doc │ │ │ Common instrument problems.doc │ │ │ Regular maintenance procedures for conventional instruments.doc │ │ │ Common sense.doc │ │ │ Just calibrating an instrument can stump you, do you believe it? │ │ │ Density of water and steam in dry air.xls │ │ │ What should be known and what should be known in the manual - Chapter 1 System Hardware │ │ │ What should be known and should be manual - Chapter 7 External configuration │ │ │ What should be known and should be manual - Chapter 2 Network │ │ │ What should be known and what should be known in the manual - Chapter 5 Reports │ │ │ What you should know and what you should know in the manual - Chapter 8 Instruments │ │ │ What you should know and what should be known in the manual - Chapter 6 Grounding │ │ │ What you should know and should know in the manual - Chapter 13 Ion membrane industry knowledge │ │ │ What you should know and should know in the manual - Chapter 12 Thermoelectricity industry knowledge │ │ │ What you should know and should know in the manual - Chapter 15 PVC industry knowledge │ │ │ Need to know manual - Chapter 4 Programming │ │ │ Connection of switch valve and Foundation fieldbus.doc │ │ │ Advantages of elbow flowmeter in industrial application (compared with orifice flowmeter).doc │ │ │ Microcomputer protection and substation automation training materials │ │ │ Microcomputer Nuclear Scale Product Manual.DOC │ │ │ How to use 375HC to configure and adjust the 3051 series.doc │ │ │ Complete set of instruments.doc │ │ │ Complete actuator knowledge.doc │ │ │ Report production│ │ │ Alarm and interlock switch instrument calibration operation instructions - Huo Yufeng.doc │ │ │ Alarm instrument.doc │ │ │ Alarm indication list.doc │ │ │ Raman laser instrument parameters.doc │ │ │ Computer in the control system │ │ │ Installation password of the control valve: ： 123 │ │ │ Application of insertion flow meter in large-diameter pipeline.doc │ │ │ Glass-lined breakage alarm.doc │ │ │ Radioactive instrument operating procedures.doc │ │ │ Common sense about radioactive sources.doc │ │ │ Failure analysis.chm │ │ │ Suppression scheme for interference problems of digital display instruments in the chemical industry.doc │ │ │ Digital hard disk video recorder.doc │ │ │ Display and alarm│ │ │ Common troubleshooting methods for ordinary actuators.doc │ │ │ Practical application of intelligent electrical valve positioner.doc │ │ │ Research on anti-interference technology of intelligent electromagnetic flowmeter.doc │ │ │ How to use the intelligent terminal BT200.doc │ │ │ Operation of the intelligent terminal BT200.doc │ │ │ The most complete knowledge of instrumentation in history.doc │ │ │ The difference between active contacts and passive contacts.doc │ │ │ Bentley 3300 Monitoring System.doc │ │ │ Bentley TSI3500_Training materials and summary.doc │ │ │ 3300 monitoring system produced by Bentley Nevada Company.doc │ │ │ Mechanical equipment (instruments, meters) overhaul schedule.doc │ │ │ Unit vibration, displacement, speed probe disassembly, assembly and calibration instructions.doc │ │ │ Unit tile temperature embedded thermal resistance thermocouple installation instructions.doc │ │ │ Calibrating a conventional instrument and a HART protocol instrument.doc │ │ │ Bridge load quick check table. │ │ Testing technology experiment report.doc │ │ │ Testing benzene and ammonia leakage in the workshop, how to choose the instrument.doc │ │ │ Management and correction method for inspection instrument gauges.doc │ │ │ Wedge flowmeter specification. │ │ Text 1.doc │ │ │ Comparison function block library user manual │ │ │ Introduction to gas temperature and pressure compensation methods │ │ │ Application discussion of gas ultrasonic flowmeter.doc │ │ │ Solid particle mass flow measurement technology and device in pneumatic conveying pipeline.doc │ │ │ Gasifier surface hot spot detection system.doc │ │ │ Gas source treatment.doc │ │ │ Hydrogen embrittlement and hydrogen penetration.doc │ │ │ Manufacturing of zinc oxide varistor.doc │ │ │ Oxygen content analysis.docx │ │ │ Ammonia concentration and specific gravity comparison table.doc │ │ │ Dissolved oxygen analyzer in water 7032.doc │ │ │ Dissolved oxygen analyzer in water 7034.doc │ │ │ Density of water and water vapor.doc │ │ │ Application of water meter calibration system in water industry.doc │ │ │ Water meter selection.doc │ │ │ Open channel flow measurement of Jiangbian water station.doc │ │ │ Analysis of causes of steam drum water level deviation.doc │ │ │ Turbine protection.doc │ │ │ Turbine equipment interlocking protection.doc │ │ │ Introduction to steam turbine safety monitoring system.doc │ │ │ Current status and development trend of oil well measurement technology.doc │ │ │ Discussion on oil well high water content measurement technology.doc │ │ │ Oil depot storage and transportation automated monitoring system.doc │ │ │ Problems with online real flow calibration of oil and gas flow measurement instruments.doc │ │ │ Selection, application and maintenance of oil tank level instruments.doc │ │ │ Performance test of piston gas flow device.doc │ │ │ Viscosity of fluid.doc │ │ │ Flow chart production manual │ │ │ Flowchart drawing │ │ │ Flowchart script editor user manual │ │ │ Preliminary selection of flow meter. Flow accumulation function block.txt │ │ │ Flowmeter selection principles.doc │ │ │ Brief discussion on the integration of continuous flue gas emission monitoring system (CEMS).doc │ │ │ Brief discussion on the adjustment method and energy consumption analysis of centrifugal pumps.doc │ │ │ Measurement display controller.doc │ │ │ Concentration meter instruction manual.DOC │ │ │ Vortex flowmeter.doc │ │ │ Principle of vortex flowmeter.doc │ │ │ Principle of vortex flowmeter│ │ │ Hydraulic slide valve science * .doc │ │ │ Design of continuous monitoring system for flue gas emissions from thermal power plants.doc │ │ │ Refinery catalytic cracking unit electro-hydraulic slide valve LB2000 electro-hydraulic slide valve manual 04-11-2004.doc │ │ │ Thermal imaging camera applications_PDM_Flange leak detection V1.0 │ │ │ Thermal mass flow meter.doc │ │ │ Thermocouple.doc │ │ │ Thermocouple law.doc │ │ │ Application principle of thermocouple temperature measurement.doc │ │ │ Compensation wire model for thermocouple.doc │ │ │ Installation and use of heat meter.doc │ │ │ How did the explosion occur? .doc │ │ │ Level meter calibration record.doc │ │ │ Level meter selection.doc │ │ │ Development trend of level detection instruments.doc │ │ │ Advantages and disadvantages of level measurement methods.doc │ │ │ Material pulling system operation instructions │ │ │ Annular orifice plate throttling device instruction manual Rev │ │ │ Application and development of annular channel throttling device.doc │ │ │ Development and future of modern instrumentation.doc │ │ │ Field instrument operation instructions.doc │ │ │ Field instrument installation and product manual 242 pages │ │ │ Basic concepts of field instruments.doc │ │ │ Field instrument maintenance and repair experience.doc │ │ │ Field instrument equipment installation and protection plan (2).doc │ │ │ Field instrument equipment installation and protection plan.doc │ │ │ Basic knowledge of common field instruments.doc │ │ │ Fieldbus basic knowledge Q&A.doc │ │ │ On-site fault analysis steps.doc │ │ │ Vivid imagery * PID.doc │ │ │ Use TK3 to check compressor vibration.doc │ │ │ Use differential pressure device to measure liquid flow.doc │ │ │ Discussion on using vortex flowmeter to replace orifice flowmeter.doc │ │ │ From beginner to proficient in understanding PID │ │ │ Characteristics and applications of formaldehyde detector.doc │ │ │ Electric actuator │ │ │ Electric float maintenance operation guide.doc │ │ │ Power plant instrument knowledge.doc │ │ │ Power plant chemical instrument thinking questions 2.doc │ │ │ Electronic valves require regular on-site testing.doc │ │ │ Use of commonly used instruments for electricians.doc │ │ │ Electrical contact pressure gauge.doc │ │ │ Electrical contact bimetal thermometer selection.doc │ │ │ Electrical equipment wire and cable ＿Selection│ │ │ Electromagnetic.doc │ │ │ Electromagnetic flowmeter is affected by several physical properties of the liquid.doc │ │ │ Frequently asked questions about the selection and installation of electromagnetic flowmeter.doc │ │ │ Discussion of related issues in the application of electromagnetic flowmeter.doc │ │ │ Technical training materials for electromagnetic flowmeter │ │ │ Basic principles of electromagnetic flowmeter 4.doc │ │ │ Solenoid valve introduction.doc │ │ │ Solenoid valve application 1.doc │ │ │ Solenoid valve application 2.doc │ │ │ Four principles that should be followed when selecting solenoid valves.doc │ │ │ Best Control DFQ5000 Series Intelligent Operator Instruction Manual.doc │ │ │ Best Control FB1151 Transmitter.doc │ │ │ Look at 151 kinds of waste in enterprise workshop production site management.doc │ │ │ Installation methods of petrochemical instruments │ │ │ Petrochemical engineering design instrument selection 85 │ │ │ English manual for petrochemical operators.doc │ │ │ Compensators and metal hoses in the petrochemical industry.doc │ │ │ Comprehensive lightning protection for petrochemical instrumentation systems.doc │ │ │ Fluke 744-741-743 Process Certification Calibrator User Manual.doc │ │ │ Precautions for using weighing instruments │ │ │ Chapter 1 Sensing Technology and Detection Instruments.doc │ │ │ Section 1 Base Instrument.doc │ │ │ Section 7 Instrument Part.doc │ │ │ Section 3 Display Instruments.doc │ │ │ Section 3 Flow Instruments.doc │ │ │ Section 3 Weighing Instruments.doc │ │ │ Lecture 3 Familiar Functions and Frequency Conversion.doc │ │ │ Chapter 9 Maintenance and Calibration of Mechanical Instruments (SIC).doc │ │ │ Chapter 5 Common Instrument Knowledge │ │ │ Chapter 5 Common Instrument Knowledge_NoRestriction │ │ │ Section 8 Restriction Orifice Plate │ │ │ Chapter 6 Automatic Control Instruments.doc │ │ │ Chapter 11 General Principles of Design of Instrumentation and Control Systems for Offshore Oil and Gas Fields │ │ │ Chapter 10 TPS System.doc │ │ │ Chapter 4 Instruments.doc │ │ │ Section 4 Level Instrument.doc │ │ │ Arithmetic Operation Function Block Library User Manual │ │ │ Pipe material data │ │ │ Pipeline instrument flow chart material code and abbreviation.doc │ │ │ Nominal diameter of pipeline components.doc │ │ │ The theory and practice of viscosity compensated turbine flowmeter.doc │ │ │ Photometric accuracy of UV-visible spectrophotometer.doc │ │ │ Bringing you some information on intrinsically safe instruments.doc │ │ │ Maintenance instrument questions.txt │ │ │ Tank farm automation solution │ │ │ Preparation and understanding of interlocking logic diagram │ │ │ Pulse generator (1070) operating instructions.doc │ │ │ Automated instrumentation and process control 1.doc │ │ │ Automated instrumentation and process control 2.doc │ │ │ Automated instrumentation and process control 3.doc │ │ │ Table for installation of automated instruments. │ Automation system assistant engineer certification.doc │ │ │ Automation system (petrochemical internal division of labor details) Division of responsibilities 2008.doc │ │ │ Automatic instrument design.doc │ │ │ Automatic installation drawing material library Luoyang Petrochemical Engineering Company │ │ │ Technical Manual for Automatic Engineering Construction Personnel 54 │ │ │ Automatic system.doc │ │ │ Automatic design conditions.doc │ │ │ Automatic control (instrument) installation related vocabulary.doc │ │ │ Throttle device.doc │ │ │ Throttle device installation instructions│ │ │ Throttle device selection list.doc │ │ │ Energy-saving instrument—average velocity tube flowmeter.doc │ │ │ Energy-saving instrument—average velocity tube flowmeter.doc │ │ │ Inch thread.doc │ │ │ Comparison of the economic benefits of steam heating and electric heating.doc │ │ │ The impact of water in steam on vortex flow meters.doc │ │ │ Accurate measurement of steam flow.doc │ │ │ Discussion of steam flow metering equipment configuration plans.doc │ │ │ Application attempt of steam traps in instrument air dehydration systems.doc │ │ │ Practical Technical Manual of Weighing Instruments.doc │ │ │ Letter codes of measured variables and instrument functions.doc │ │ │ Siemens SIPART PS2 6DR5 Intelligent Valve Positioner.doc │ │ │ Siemens SIPART PS2 Operation Instructions.doc │ │ │ Application and maintenance of Siemens SIPART PS2 intelligent valve positioner.doc │ │ │ Description of Siemens intelligent positioner.doc │ │ │ Basic knowledge training materials for equipment, electrical and instrumentation (main draft).doc │ │ │ Instrument symbols that often appear in equipment diagrams.doc │ │ │ Discuss the future development direction of gas flow meters.doc │ │ │ Talking about how to tune PID parameters │ │ │ Mass flow meter maintenance and calibration procedures.doc │ │ │ Mass flow meter online calibration.txt │ │ │ SECCO Ethylene Instrument Solution Bilingual.doc │ │ │ Comparison between ultrasonic flow meter and orifice flow meter.doc │ │ │ Ultrasonic flowmeter is most suitable for application in the sewage industry.doc │ │ │ Selection and application of ultrasonic flowmeter.doc │ │ │ Typical engineering combination application of ultrasonic flowmeter.doc │ │ │ Installation and debugging of shafting instruments.doc │ │ │ Auxiliary instrument regulations.doc │ │ │ Environmental supervision and management process for radiation activities.doc │ │ │ Basic knowledge of process instrumentation │ │ │ Application of near-infrared technology in C1-C5 online analysis │ │ │ Select operation function block library user manual │ │ │ Logic operation function block library user manual │ │ │ Important instrument operation plan.doc │ │ │ Density specific heat and thermal conductivity of metal materials.xls │ │ │ Measurement and protection of boiler drum water level.doc │ │ │ Boiler electrical instrument installation process regulations │ │ │ Nickel chromium-nickel silicon thermocouple (K type) E(t) index table.xls │ │ │ Thyratron and Triac - Ten Golden Rules for Successful Application │ │ │ Identification of Valve Parts.doc │ │ │ Use and Maintenance of Valve.doc │ │ │ Valve Positioner Selection Guide.doc │ │ │ Anti-drip water meter is the nemesis of "running, rising, dripping and leaking".doc │ │ │ Detailed introduction to explosion-proof signs.DOC │ │ │ Anuba Flowmeter Brief Installation Guide.doc │ │ │ Appendix A Instrument Procurement Procedure Chart │ │ │ Appendix B Brief Description of Instrument Procurement Procedure │ │ │ Reduce leakage rate and improve economic benefits.doc │ │ │ Pre-embedded instrument protection pipe in the boiler room of concealed engineering.doc │ │ │ Working principle of diaphragm valve.doc │ │ │ Scattered.doc │ │ │ Introduction to Reynolds number │ │ │ Principle and use of radar level gauge.doc │ │ │ Application of tuning fork level switch on shield machine.doc │ │ │ Frequency generator operating instructions.doc │ │ │ Density of saturated water and saturated steam.doc │ │ │ Saturated steam density table│ │ │ High and low temperature instruments.doc │ │ │ High and low temperature tester operating instructions (WI-QA-07).doc │ │ │ Design conditions table for instruments on high-pressure pipelines.xls │ │ │ │ │ ├─70 types of instrument data sheets - for design │ │ │ 50dCE-50D.1-01 temperature transmitter specification.xls │ │ │ 50dCE-50D.1-03 thermocouple specification.xls │ │ │ 50dCE-50D.2-01 pressure transmitter specifications. 50dCE-50D.3-13 flow switch specification.xls │ │ │ 50dCE-50D.4-01 differential pressure level transmitter specification.xls │ │ │ 50dCE-50D.4-10 liquid level switch specification.xls │ │ │ 50dCE-50D.4-14 Float Steel Belt Level Instrument Specification.xls │ │ │ 50dCE-50D.5-03 Flue Gas Analyzer Specification.xls │ │ │ 50dCE-50D.5-04 Zirconia Oxygen Content Instrument Specification.xls │ │ │ 50dCE-50D.5-05PH meter specifications.xls │ │ │ 50dCE-50D.8-04 indicating instrument specifications.xls │ │ │ 50dCE-50D.8-05 recording instrument specifications.xls │ │ │ 50dCE-50D.8-06 Isolator Specification.xls │ │ │ 50dCE-50D.8-09 Totalizer Specification.xls │ │ │ 50dCE-50D.8-10 Computing Unit Specification.xls │ │ │ 50dCE-50D.8-18 Instrument Panel Cabinet Specification.xls │ │ │ 50dCE-50D.8-20 Converter/Positioner Specification.xls │ │ │ 50dCE-50D.9-03 Weighing Instrument Specification.xls │ │ │ 50dCE-50D.9-04 Geographical scale specification.xls │ │ │ │ │ ├─Integrated orifice flowmeter│ │ │Integrated orifice flowmeter 1.doc │ │ │ Integrated orifice flow meter 10.doc │ │ │ Integrated orifice flow meter 11.doc │ │ │ Integrated orifice flow meter 12.doc │ │ │ Integrated orifice flow meter 13.doc │ │ │ Integrated orifice flow meter 14.doc │ │ │ Integrated orifice flow meter 15.doc │ │ │ Integrated orifice flow meter 16.doc │ │ │ Integrated orifice flow meter 17.doc │ │ │ Integrated orifice flow meter 18.doc │ │ │ Integrated orifice flow meter 2.doc │ │ │ Integrated orifice flow meter 3.doc │ │ │ Integrated orifice flow meter 4.doc │ │ │ Integrated orifice flow meter 5.doc │ │ │ Integrated orifice flow meter 6.doc │ │ │ Integrated orifice flow meter 7.doc │ │ │ Integrated orifice flow meter 8.doc │ │ │ Integrated orifice flow meter 9.doc │ │ │ Integrated orifice flowmeter cover.doc │ │ │ Integrated orifice flowmeter catalog.doc │ │ │ Integrated orifice flowmeter quality.doc │ │ │ │ │ ├─Five-ring instrument form template │ │ │ Q WH IN00A Appendix A File catalog template ok.xls │ │ │ Q WH IN01B Appendix B Device Instrument Design Description Template.doc │ │ │ Q WH IN10A Appendix A Instrument Index Template ok.xls │ │ │ Q WH IN11 Appendix 0 Instrument Data Sheet Cover and Table of Contents.xls │ │ │ Q WH IN11 Appendix A Instrument Data Sheet Template.xls │ │ │ Q WH IN11 Appendix A Instrument Data Sheet (C Receiving Instrument.xls │ │ │ Q WH IN11 Appendix A Instrument Data Sheet (F Flow Meter.xls │ │ │ Q WH IN11 Appendix A Instrument Data Sheet (L Level Instrument.xls │ │ │ Q WH IN11 Appendix A Instrument Data Sheet (S Special Instrument. IN11 Appendix A Instrument data sheet (V valve) template.xls │ │ │ Q WH IN11 Appendix A Instrument data sheet (W weighing instrument. ok.xls │ │ │ Q WH IN13A Appendix A Instrument Materials List Template ok.xls │ │ │ Q WH IN14 Appendix A Cable Table Example │ │ │ Q WH IN15A Appendix A Cable Table Template in Control Room ok.xls │ │ │ Q WH IN16A Appendix A Cable Distribution Table Template ok.xls │ │ │ Q WH IN17A Appendix A Nameplate Form Template ok.xls │ │ │ Q WH IN18 Appendix A Flexible Pipe List Example │ │ │ Q WH IN19A Appendix A Instrument Air Distributor Table Template ok.xls │ │ │ Q WH IN21A Appendix A Heat Tracing Insulation Table Template ok.xls │ │ │ Q WH IN22A Appendix A List of alarm and interlock setting values. │ Q WH IN39 Appendix A Gas Detector Layout Example │ │ │ Q WH IN57A Appendix A SIS Monitoring Data Sheet Template ok.xls │ │ │ Q WH IN69B Appendix B Example of terminal cabinet layout OK │ │ │ Q WH IN75A Appendix A Instrument electrical condition table template ok.xls │ │ │ Q WH IN76A Appendix A Table of instrument interface conditions on the pipeline.xls │ │ │ Q WH IN77A Appendix A Installation conditions of the control valve on the pipeline.xls │ │ │ Q WH IN81A Appendix A Instrument steam tracing condition table model.xls │ │ │ Q WH IN87A Appendix A List of instrument electrical signals.xls │ │ │ Q WH IN88A Appendix A Instrument (component) layout conditions.xls │ │ │ │ │ ├─Instrument meter│ │ │ Y000 instrument meter catalog.doc │ │ │ Y010DCS system performance test.doc │ │ │ Y012DCS component test record (AO).doc │ │ │ Y023 flow element installation record.doc │ │ │ Y028 instrument inspection sheet.doc │ │ │ │ │ ├─Instrument debugging record form│ │ │ Y001 instrument loop installation process quality control form.doc │ │ │ Y002 cable trough and main cable installation process quality control form.doc │ │ │ Y003 local indication instrument installation process quality control form.doc │ │ │ Y004 instrument gas supply (steam) main pipe installation process quality control form.doc │ │ │ Y006 instrument panel (box) installation process quality control form.doc │ │ │ Y007 instrument pipeline (pipe and cable) pressure test, leak test and degreasing record.doc │ │ │ Y008DCS functional test.doc │ │ │ Y009DCS system configuration inspection and power-on test.doc │ │ │ Y011DCS component test record (AI).doc │ │ │ Y013DCS component test record (DI).doc │ │ │ Y014DCS system test record (DO).doc │ │ │ Y015 closed-loop control system debugging record.doc │ │ │ Y016 interlocking system debugging record.doc │ │ │ Y017 instrument system debugging record.doc │ │ │ Y021 process switch adjustment record.doc │ │ │ Y022 local indicator adjustment record.doc │ │ │ Y024 display instrument adjustment record.doc │ │ │ Y025 instrument cable and wire inspection record.doc │ │ │ Y026 shaft displacement and shaft vibration adjustment record.doc │ │ │ Y027 instrument adjustment record.doc │ │ │ Y031 bipolar comparison method thermocouple calibration record.doc │ │ │ Y033 temperature electronic switch calibration record sheet.doc │ │ │ │ │ ├─Graduation table│ │ │ Cu50 indexing table.xls │ │ │ E-type thermocouple indexing table.xls │ │ │ K-type thermocouple indexing table.xls │ │ │ │ │ ├─70 commonly used instrument data sheets│ │ │ 50dCE-50D.1-02 Bimetal Thermometer Specification.xls │ │ │ 50dCE-50D.1-04 Thermal Resistor Specification.xls │ │ │ 50dCE-50D.2-02 Differential Pressure Transmitter Specification.xls │ │ │ 50dCE-50D.2-04 pressure gauge specification.xls │ │ │ 50dCE-50D.2-05 electric contact pressure gauge specification.xls │ │ │ 50dCE-50D.3-02 with built-in orifice plate transmitter specification.xls │ │ │ 50dCE-50D.3-08 Electromagnetic Flowmeter Specification.xls │ │ │ 50dCE-50D.4-02 Float Level Meter Specification.xls │ │ │ 50dCE-50D.4-03 Internal Float Level Meter Specification.xls │ │ │ 50dCE-50D.4-09 Rotary Slurry Level Switch Specification.xls │ │ │ 50dCE-50D.4-11 Glass Plate Level Gauge Specification.xls │ │ │ 50dCE-50D.4-12 Magnetic Level Gauge Specification.xls │ │ │ 50dCE-50D.4-13 Servo Liquid Level Gauge Specification.xls │ │ │ 50dCE-50D.5-01 Infrared Analyzer Specification.xls │ │ │ 50dCE-50D.6-01 Combustible Gas and Toxic Gas Detector Specification.xls │ │ │ 50dCE-50D.6-02 combustible gas and toxic gas monitor specifications.xls │ │ │ 50dCE-50D.6-03 flame detector specifications.xls │ │ │ 50dCE-50D.7-02 shut-off valve instrument specifications.xls │ │ │ 50dCE-50D.8-01 Local Temperature Regulator Specification.xls │ │ │ 50dCE-50D.8-02 Local Temperature Regulator Specification.xls │ │ │ 50dCE-50D.8-07 Safety Barrier Specification.xls │ │ │ 50dCE-50D.8-08 Adjustment Instrument Specification.xls │ │ │ 50dCE-50D.8-11 Distributor Specification.xls │ │ │ 50dCE-50D.8-12 Flash Alarm Specification.xls │ │ │ 50dCE-50D.8-14 Alarm Setter Specification.xls │ │ │ 50dCE-50D.8-15 Lightning Surge Protector Specification.xls │ │ │ 50dCE-50D.8-16 Auxiliary Unit Specification.xls │ │ │ 50dCE-50D.8-17 Axis Displacement Monitor Specification.xls │ │ │ 50dCE-50D.8-19 Gas-to-Electric Converter Specification.xls │ │ │ 50dCE-50D.9-01 Electronic Track Scale Specification.xls │ │ │ 50dCE-50D.9-04 Geometry Specification.xls │ │ │ 50dCE-50D.9-05r Ray Density Meter Specification.xls │ │ │ │ │ ├─Self-control theory lesson plan│ │ │ Self-control principle 12.doc │ │ │ Self-control principle 3.doc │ │ │ Self-control principle 4.doc │ │ │ Self-control principle 5.doc │ │ │ Self-control principle 6.doc │ │ │ Self-control principle 7.doc │ │ │ Self-control principle 8.doc │ │ │ │ │ ├─Order instrument specifications│ │ │ 05_Glass plate liquid level meter specifications.XLS │ │ │ 06-Magnetic flap liquid level meter specifications._Combustible gas alarm specification sheet. Double-acting three-break protection device VF-05 │ │ Double diaphragm head actuator H2A4 │ │ Multi-spring diaphragm actuator HA │ │ Multi-spring diaphragm actuator TA5 │ │ Multi-spring pneumatic diaphragm actuator MF series │ │ Bus-type electric actuator JDLZ │ │ Intelligent electric actuator JDC │ │ Intelligent valve positioner AEP300 series │ │ Intelligent valve positioner SEP │ │ Pneumatic accelerator VF-01 │ │ Pneumatic diaphragm actuator VA │ │ Cylinder piston actuator GOM series │ │ Cylinder piston actuator RC series │ │ Cylinder piston actuator VA6 │ │ Cylinder piston actuator VP │ │ Electric-pneumatic converter VPT │ │ Electric-pneumatic valve positioner HEP │ │ Electric actuator PEL series │ │ Electronic switch DKB │ │ Direct-acting explosion-proof three-way solenoid valve K23DZ │ │ DC signal generator CVSI │ │ Stroke switch KXB │ │ Angular-turn pneumatic diaphragm actuator WA series │ │ Locking valve ZPBS │ │ │ ├─6.0 Instrument maintenance technical information 20. Measurement │ │ Measurement and instrumentation of three gases.doc │ │ Catalog of measuring instruments managed by the law of the People's Republic of China.doc │ │ Instrument and measurement knowledge from beginner to expert 14.doc │ │ Basic knowledge of instrumentation │ │ Issues and understanding related to the concept of instrumentation 6.doc │ │ Instrumental Metrology Overview 6.doc │ │ Instruments and equipment delivered * * (Provincial) Institute of Metrology List.doc │ │ Knowledge and Metrology Management of Instrument School 13.doc │ │ Water supply measurement error and correction.doc │ │ Development Trend of Optical Measuring Instruments 1.doc │ │ Chemical plant instrumentation and measurement professional management inspection rules 3.doc │ │ Natural gas metering management metering instruments and transmission difference control.doc │ │ Analysis of the causes of errors in orifice plate metering of natural gas flow 6.doc │ │ Discussion of wide-range steam measurement and several issues.doc │ │ Application of differential pressure transmitter in oil depot measurement.doc │ │ Application of intelligent instruments in production measurement.doc │ │ A brief discussion on the configuration and management of measurement and monitoring instruments in sewage treatment plants.doc │ │ Electrical, instrumentation, and measurement management assessment rules 23.doc │ │ Debugging plan for electrical measuring instruments and measuring devices 9.doc │ │ Technical Supervision Work System for Electrical Measurement and Metering Instruments 6 │ │ Regulations for Supervision of Electrical Measurement and Measurement 19.doc │ │ Measurement calibration of electromagnetic compatibility testing instruments 17.doc │ │ Overview of Electric Energy Measurement Technology 13.doc │ │ Analysis of electric energy measurement methods and incorrect wiring 15.doc │ │ Measures for the Management of Automated Instruments and Measuring Equipment.doc │ │ Measures for the Management of Measuring Instruments and Instruments.doc │ │ Measuring Instrument Inspection Item List.xls │ │ Management and Calibration of Measuring Instruments 84.doc │ │ Measuring Instrument Management Program.doc │ │ Selection and Application of Measuring Instruments in the Petroleum Industry.doc │ │ Measuring Instrument Test Questions.doc │ │ Measurement Manual 19.doc │ │ Measurement Management Implementation Rules and Regulations 5.doc │ │ Operation analysis of closed loading and metering system for railway tank cars.doc │ │ │ ├─6.0 Instrument maintenance technical information 3. Communication │ │ 485 communication common fault debugging method.doc │ │ AB and iFIX communication configuration.doc │ │ ControlLogix hardware system: Processor, memory, IO template, communication template, network, etc.doc │ │ Communication between H system and Wincc.doc │ │ DP communication between MACSV and Siemens S7-200.doc │ │ MODBUS communication.doc │ │ RS-485 ultra-long distance communication solution.doc │ │ RS485 communication protocol user manual.doc │ │ RS485 communication precautions.doc │ │ S7-200 free port communication.doc │ │ Fiber optic communication basics 86 │ │ How to carry out data communication between S7-200 and S7-300 through PROFIBUS DP.doc │ │ Need to know and meet the manual - Chapter 9 Communication │ │ Zhejiang University DCS-Communication Network │ │ Field Communicator Operation Manual │ │ Use RSLinx to create a communication path │ │ Chapter 2 Communication Network │ │ Chapter 4 Communication.doc │ │ Complete communication between Siemens and the host computer).doc │ │ Siemens Communication.doc │ │ Overview of remote data communication in industrial data collection │ │ Communication assistance and inter-station communication function block library user manual │ │ │ ├─6.0 Instrument maintenance technical information 5. Solenoid valve │ │ │ 38 regulating steam valve.doc │ │ │ 50dCE-50D.7-05 solenoid valve specification.xls │ │ │ ASCO miniature solenoid valve sample│ │ │ ASCO solenoid valve, the difference between low-temperature types.doc │ │ │ ASCO solenoid valve classification│ │ │ The reason why ASCO solenoid valve coil is always burned.doc │ │ │ ASCO red hat solenoid valve sample│ │ │ B321 reversing solenoid valve│ │ │ SAMSON3701 type solenoid valve│ │ │ Two-position three-way solenoid valve M50 │ │ │ Two-position five-way solenoid valve.doc │ │ │ Two-position five-way solenoid valve K25D(D2) │ │ │ Low-pressure solenoid reversing valve│ │ │ Pilot-operated 2-position 3-way solenoid valve K23D │ │ │ Pilot-operated 2-position 4-way solenoid valve M15GMK15G │ │ │ Pilot-operated 2-position 4-way solenoid valve M65 │ │ │ Four-way solenoid valve ZCLR │ │ │ Peter large diameter solenoid valve │ │ │ Solenoid valve (two-position five-way) action diagram.doc │ │ │ Solenoid valve.doc │ │ │ Solenoid valve products have four major performance characteristics.doc │ │ │ Solenoid valve principle-1.docx │ │ │ Solenoid valve principle and knowledge.doc │ │ │ Solenoid valve and piping.doc │ │ │ Solenoid valve training material.doc │ │ │ Basic knowledge of solenoid valve.doc │ │ │ Introduction to basic knowledge of solenoid valve.doc │ │ │ Little knowledge of solenoid valve.doc │ │ │ Working principle of solenoid valve (2).doc │ │ │ Working principle of solenoid valve.doc │ │ │ Some common sense about solenoid valve.doc │ │ │ Principle and types of solenoid valve.doc │ │ │ Characteristics and application of solenoid valve.doc │ │ │ Selection and control of solenoid valve.doc │ │ │ Lecture on solenoid valve.doc │ │ │ Detailed explanation of solenoid valve│ │ │ Common sense of solenoid valve selection.doc │ │ │ Solenoid valve selection guide.doc │ │ │ American Dresser solenoid release valve 3500 │ │ │ Detailed and easy to understand working principle of solenoid valve.doc │ │ │ Metal piston solenoid valve│ │ │ High-pressure solenoid directional valve│ │ │ │ │ └─ASCO process control solenoid valve product Chinese sample │ │ Process control solenoid valve product Chinese sample 1 │ │ Process control solenoid valve product Chinese sample 2 │ │ Process control solenoid valve product Chinese sample 3 │ │ │ ├─6.0 Instrument Maintenance Technical Data 6. Electric Valve│ │ ROTORK Electric Valve Installation and Maintenance Manual│ │ Electric Actuator Selection Table (Flat Gate Valve-Metal Butterfly Valve).xls │ │ Electric Valve.doc │ │ Selection Analysis of Electric Valve Actuator│ │ Siemens Electric Valve Actuator│ │ The valve electric device realizes the valve program control.doc │ │ Classification of the valve electric device.doc │ │ Flameproof valve electric device instruction manual Changzhou Power Station Auxiliary Engine Factory │ │ │ ├─6.0 Instrument maintenance technical information 7. Transmitter │ │ 305, double flange differential pressure transmitter maintenance procedures.doc │ │ 5081C conductivity transmitter │ │ 5081T ring conductivity transmitter │ │ 8. HK08 (transmitter).doc │ │ Datasheet of SBT-2400 in Chinese │ │ GE humidity transmitter manual │ │ GF SIGNET 8550-1 flow transmitter operating instructions │ | │ │ Integrated orifice flow meter (with differential pressure transmitter).xls │ │ Introduction to commonly used intelligent transmitters.doc │ │ Pressure transmitter configuration, verification, installation and operation │ │ Transmitter-3051 selection (Chinese version).doc │ │ Eight questions and answers about transmitters.doc │ │ Eight questions and answers about the transmitter│ │ Eight questions and answers about the transmitter (continued) │ │ Transmitter drawing.doc │ │ Instructions for filling isolation fluid in the transmitter pressure pipeline.doc │ │ Guide for selecting materials for the transmitter│ │ Instructions for decommissioning and putting the transmitter into use.doc │ │ Transmitter manual │ │ Transmitter operation and maintenance manual │ │ Transmitter Q&A.doc │ │ Transmitter (converter) calibration record.doc │ │ Selection of various types of transmitters.doc │ │ Four-wire pH transmitter ch-APT4000ph.doc │ │ Orifice plate and differential pressure flow transmitter instrument data sheet.xls │ │ Causes and solutions for errors in differential pressure transmitters.doc │ │ Differential pressure differential pressure transmitter.xls │ │ Intelligent transmitter with control function │ │ Mohr transmitter │ │ Operating instructions_Transmitter_M400 (comprehensive) │ │ Rotary concentration transmitter │ │ Mettler Toledo M400 transmitter operating instructions │ │ Yokogawa Instrument transmitter handheld operator instructions │ │ Flow and differential pressure transmitter knowledge part.doc │ │ Brief discussion on the migration of differential pressure transmitters.doc │ │ Using a five-valve differential pressure transmitter.doc │ │ The steps for adjusting the 1151 transmitter with a manual operator are explained in Chinese.doc │ │ Conductivity transmitter installation condition diagram │ │ Electrical measurement transmitter instruction manual │ │ Siemens transmitter debugging manual │ │ Equipment use and maintenance procedures - transmitter.doc │ │ Mass flow meter transmitter j_ProdPS-00615-1700-2700-Chinese-Sep08 │ │ Valve position transmitter VTM │ │ Radar transmitter │ │ Project 1 Transmitter calibration instrument equipment list.doc │ │ │ ├─6.0 Instrument maintenance technical information 8. Automatic fire alarm │ │ 002_Automatic fire alarm system installation process.doc │ │ J545 fire alarm system installation inspection record.doc │ │ Also talk about leakage fire alarm system (revised draft).doc │ │ Application of optical fiber distributed temperature detection in fire alarm system ZHNG.doc │ │ Gulf GST automatic fire alarm system, fire linkage control system │ │ Fire alarm system installation inspection record.doc │ │ Fire alarm interlocking system installation and commissioning plan (2).doc │ │ Fire alarm interlocking system installation and commissioning plan.doc │ │ Fire automatic alarm system installation project.doc │ │ Automatic fire alarm system design requirements │ │ │ ├─6.0 Instrument Maintenance Technical Data 9. Thermal Engineering │ │ Industrial Thermocouple Maintenance and Inspection Regulations.doc │ │ Discussion on Thermal Instrument Measurement in Thermal Power Plants 2.doc │ │ Thermal engineering professional vocabulary.doc │ │ Thermal engineering instrumentation and control device installation (senior technician).doc │ │ Thermal engineering instrumentation and control device maintenance operation procedures 67 │ │ Thermal engineering instrumentation job training junior engineer test question bank.doc │ │ Thermal engineering instrumentation engineering theoretical knowledge review xl materials and reference answers.doc │ │ Thermal engineering instrumentation lesson plan.doc │ │ Basic knowledge of thermal control (details) │ │ Thermal measurement and automatic control complex xl information 11.doc │ │ Partial answers to thermal engineering measurement and instrument thinking questions.doc │ │ Short answer questions on thermal automatic control.doc │ │ Essay questions on automatic thermal control.doc │ │ Thermal meter, meter tube antifreeze, and heat tracing construction work instructions.doc │ │ Analysis of common problems in thermal measurement 2.doc │ │ Thermal process control instrument 5.doc │ │ Boiler thermal instrument installation process procedures │ │ Prevent decentralized control system failure and thermal protection failure accidents.doc │ │ │ └─Safety instrument interlock protection system management system condensed version │ 1-"Safety instrument interlock protection system management system".doc │ Attachment 10, safety instrument system, alarm, interlocking work ticket.doc │ Attachment 11. Safety instrument alarm interlock loop debugging record.xls │ Attachment 1. Safety instrument interlock ledger. Attachment 4. Safety instrument alarm interlocking points, valves, and circuit debugging records (new, half-year, and system shutdown).xls │ Attachment 6. Safety instrument system maintenance records (shutdown and maintenance).doc │ Attachment 7. Safety instrument system inspection and maintenance form (every six months or system shutdown).xls │ Attachment 8. Interlock signboard (example).xlsx │ Attachment 9. Safety instrument system, alarm, interlock application.doc │ ├─6.0 Regulations for the Instrument Maintenance Industry│ 2007 Practical Examination and Scoring Standards for the Skills Appraisal of Junior Instrument Workers of Mechanical and Electrical Companies.doc │ 2009 Standard Answers for the Appraisal of Installation Instrument Maintenance Workers.doc │ Answers to the 2011 Junior Instrument Maintenance Workers Theory Paper (Standard Format).doc │ 86SD169 Interim Provisions for Cable Tray Installation 2.doc │ 86SD169 Interim regulations for cable tray installation.doc │ DCS control room environmental requirements and inspection regulations.doc │ DCS operating specifications.doc │ DCS operating specifications.docx │ DCS system grounding specifications.doc │ DCS system cable wiring specifications.doc │ Q WH IN03A Appendix A Instrument design regulations template ok.doc │ Q WH IN03A Appendix A Instrument Design Specification (DCS) Template.doc │ Q WH IN03B Appendix B Instrument Design Specification (Panel Mounted Instrument).doc │ S7-300 and M7-300 Programmable Controller Template Specification Reference Manual │ SD-00-TSC-CI-0021-A00 Electronic Transmitter Standard.doc │ Instrument Equipment Verification Regulation.doc │ Instruments, process control systems and auxiliary facilities maintenance management standards.doc │ Instrument professional accident management standards.doc │ Instrument loop diagram petrochemical automatic control professional design standards 1995 │ Instrument installation quality monitoring regulations.doc │ Instrument maintenance work ticket management standards.doc │ Instrument pipeline laying construction process standards.doc │ Introduction to instrument system grounding design regulations │ Instrument performance appraisal management regulations (first draft).docx │ Instrument automation spare parts management standard.doc │ Instrument automation management standard.doc │ Instrument automation interlocking management standard.doc │ Instrument automation equipment statistical management standard.doc │ Instrument specifications.doc │ Instrument design regulations. │ Chemical instrument maintenance worker * * Occupational Standards.doc │ Occupational Standards for Chemical Instrument Maintenance Workers.doc │ Pressure Gauge * * Standard.doc │ Pressure Gauge * * Standard introduction 5 │ Datang International Ningde Power Generation Company Phase II Distributed Control System Technical Specification.doc │ New research on orifice plate measurement standards.doc │ Industrial automation instrumentation engineering construction and acceptance specifications.doc │ Basic knowledge training of process design - Pipeline Instrument Flow Diagram (P&ID) design content and depth regulations 67.ppt │ Common instrument installation regulations │ Construction procedures and specifications for weak current projects.doc │ Radioactive isotope instrument protection management standards.doc │ Standardized thermocouple indexing table │ Analysis of additional errors in natural gas flow measurement by standard orifice flowmeter 6.doc │ Interim regulations for bridge design.doc │ Standard method for calibration of float level gauge.doc │ Installation and construction process standards for fire protection and fire alarm systems.doc │ Temperature measurement original piping regulations.doc │ Fire alarm system construction and acceptance specifications.doc │ Reference specifications for inspection and acceptance of automatic fire alarm and fire linkage control systems.doc │ Thermocouple technical standards (detailed explanation of various types of thermocouples).doc │ Electric control valve.. Design standard manual.doc │ Electromagnetic flowmeter installation specifications.doc │ Petrochemical instrument grounding design specifications.doc │ Petrochemical instrument pipeline line installation specifications.doc │ Automation instrument specifications.doc │ Automation engineering design quality assurance specifications │ Automation management regulations.doc │ Standards and specifications for automatic control professional engineering design.doc │ Common standards and specifications directory for automatic control design (2007).doc │ Regulations on the Management of Metrology and Measuring Instruments 5.doc │ Provisions on the Management of Measurements and Measuring Instruments 12.doc │ Process instrument automatic control management regulations.doc │ Appraisal specifications and calibration specifications.doc │ Anti-theft alarm system installation process standards │ Ash removal and slag control system specifications (new).doc │ Target flowmeter installation specifications.doc │ ├─6.0 Instrument maintenance video │ Pressure gauge and pressure drop, animation demonstration, you can understand it in 1 minute! ... Research and application of key technologies for water supply flow control │ 2009 Multi-national Instrument Exhibition Flow Instrument Evaluation │ Problems and Countermeasures in 300MW Steam Turbine Logic Control System │ Application of 3051SMV Multi-parameter Transmitter in Natural Gas Flow Measurement │ 400,000t/a Ammonia Synthetic Unit (American Second-hand Equipment) Cause Analysis and Technical Improvement Measures for the Low Vacuum Degree of the Surface Cooler of the Condensing System│ Overview of ESD system design of 650kta ethylene plant│ Application of 880 ratio analyzer in sulfur production plant.doc │ Application of ADAM5000 series DCS control in gas furnace renovation │ Application of ARB DCS system in the field of coking control of Jinan Iron and Steel Co., Ltd. │ Analysis and processing of influencing factors in the use of ARC-MET8000 portable direct-reading spectrometer │ Application of ARIMA algorithm in industrial controller fault prediction_Feng Jian│ ATEX and SIL and instrument certification│ Modeling and implementation of BP neural network PID on torque standard machine_Liu Jiandong │ centum-cs system configuration, debugging and maintenance │ Development of CLY190-2.5-2 magnetic liquid level gauge │ Application of CL language in 4-CBA soft measurement │ Summary of design of CNG filling station instrument automatic control system │ Application of DCS and FCS control systems in boiler control │ Research on DCS first and second layer interfaces to prevent IIC failure risk_Zhong Yang│ Comparative analysis of DCS and SIS in the field of functional safety│ Application of DCS decentralized control system in sulfuric acid roasting device│ Application of DCS in acrylamide device│ Application of DCS in generating unit boiler and steam turbine system│ Application of DCS in natural gas processing device│ Application of DCS in coal chemical industry│ Application of DCS in epichlorohydrin production│ Application of DCS in sulfuric acid control system│ Application of DCS technology in modern water plant production │ Discussion of several issues in DCS anti-interference and grounding design │ Application of DCS control system in low-concentration coal-bed methane cryogenic liquefaction process │ Application of DCS control system in automatic discharging of caustic soda evaporation │ Application of DCS control system in coal head large fertilizer plant │ DCS slope processing method and application │ Reliability analysis of DCS │ Failure and maintenance of instrument metering loop in DCS system │ Discussion of DCS system and TRICON system in CO2 compressor turbine control │ Application of DCS system in 2000t/d clinker production line │ Application of DCS system in chemical production │ Application of DCS system in large-scale chemical fiber joint enterprises │ Application of DCS system in the recovery and start-up of centrifugal pumps out of lightning outage │ DCS system to realize automatic control of boiler feed water pump │ Analysis of common faults of DCS system and discussion of treatment measures │ Commonly used calculation formulas in the DCS configuration process │ DCS communication failure analysis │ Application of DCS distributed control in chlorine drying process │ Design and application of DCS distributed control system in joint stations │ Working principle and field application of DDS │ Research on efficient algorithm embedding Hamiltonian cycle in ECQ network_Zhou Dongfang │ Application of EL6010 infrared gas analyzer in Shell coal gasification unit │ Application of ELL external liquid level gauge on liquefied petroleum gas storage tanks │ Design and application of ESD in synthetic ammonia and dimethyl ether projects │ Application of ExcelVBA in SPI secondary development │ Application of EXCEL in uncertainty assessment of electric temperature transmitter measurement results │ Economic analysis of engineering project investment for FCS and DCS │ Issues worthy of discussion in the application of FF fieldbus technology │ Characteristics and application of FF fieldbus in engineering │ Research on selection of FLNG custody transfer metering system │ Application and maintenance of FST-3000 float level gauge │ GE coal-water slurry gasifier safety interlocking optimization plan │ Design and application research of GIS intelligent online monitoring system_Xu Puming│Application of H2S/SO2 ratio analyzer│Application of HART475 in long-distance natural gas transmission control system│Design and implementation of HART message server in nuclear power plant control system_Jia Hong│Application of HIPS in reducing the emissions of alkylation units│Application of Hydro COM gas volume adjustment system on new hydrogen compressor│Application of Hydrocom system in DCS of hydrocracking unit│Application and development of INtools software in offshore oil instrument design│Application of Intools software in generating instrument installation diagrams│Practice of instrument loop package management under IPMT management mode│ ITCC’s design and implementation of large-scale refining and chemical integration projects│ IT_Comprehensive understanding and implementation approaches of OT integration_Peng Yu │ Problems in the application of I/A'S system in the third phase project of Wu Petrochemical Thermal Power Plant │ Application of JX-300X DCS control system in the closed production of 48m^3 polymerization kettle │ Research on the reliability calculation method of the reactor interlocking system of the LDPE device │ Research on the selection and design issues of the LNG storage tank meter system_Wang Naimin │ Analysis of quality uncertainty of additional pipe capacity of mt method high-pressure natural gas flow standard device │ Application of MACS in typical program design of chemical experimental equipment │ Application of MIT array induction imaging instrument in low permeability oil fields │ Implementation of Modbus RTU slave communication protocol in embedded systems │ Application of Modbus communication protocol in CS3000 │ Application of OPC in automatic quantitative loading system │ Research on the interaction mode between OPC client and OPC server │ Application of OPC technology in configuration software │ PF6 digital multimeter Shanghai Electrical Instrument Research Institute, 1977 edition edited by Shanghai Fourth Electric Meter Factory │ Setting of PID controller parameters │ Application and theoretical basis of PID control │ PID adjustment and parameter setting │ PR electronics’ new field-installed HART temperature transmitter │ Application of Profibus-DP communication technology in DCS│ Research on Profibus-PA bus in engineering applications│ Profibus bus technology and engineering applications│ Application of Promass mass flow meter in heavy oil system│ Application of PTA weighing system in polyester device│ Advanced control of PTA device oxidation reactor│ Design of PVC reactor temperature automatic interference rejection controller│ Application of Raman spectrum analyzer│ Application of RMPCT advanced control in delayed coking unit │ Development and application of complete set of online analysis system for total sulfur analyzer of S-ZORB unit │ Application of S7-300 in M85-206C CO2 compressor control system in the fertilizer industry │ Application of SCADA system in tank farm automation management │ Application of SCADA system remote maintenance technology in Linpu pipeline │ Application of SGQ standard orifice flow verification system in natural gas flow measurement │ Application of SIEMENS control system in lime batching │ Application of SIL technology in oil refining units │ Application of SIL technology in Zhenhai Refining │ Application of SIL grade confirmation method in natural gas dehydration unit │ Application of SIL evaluation method in synthetic ammonia unit_Tian Long│Application of SIS in delayed coking unit│Application of SIS in offshore oil platform│Discussion on typical issues of SIS application in process industry│Discussion on the design of SIS actuator│Discussion on instrument design management of SmartPlant Enterprise│Application of SmartPro system in 130t/h fluidized bed boiler DCS│Application of SO2 analyzer in sulfur recovery unit│ Application of SOLA II total sulfur analyzer in catalytic gasoline hydrodesulfurization unit │ Application of SPI software in EPC project instrument loop package management and loop testing │ Discussion of T21446-2008 Measurement of natural gas flow with standard orifice plate flow meter │ Thermo Scientific TVA2020 toxic volatile gas analyzer │ Application of TOF camera in continuous casting automation scenario_Zhu Liye│Application of Tricon TS3000 system in syngas compressor unit of Zepu Fertilizer Plant│Application of Tricon system in transformation of extrusion granulation unit of polypropylene plant│Application of TS-3000 control system in energy-saving transformation of gas turbine_Guo Qingjun│ Application of ZZ-89 series gamma ray type A and C coal ash analyzers in coal chemical enterprises│ Development and application of domestic control system for "3052" large fertilizer plant│ "Foundation Fieldbus (FF) Technology" lecture│ "Automated Instruments" 2022 General Catalog│ Application of integrated nozzles in steam measurement│ Advantages and implementation of integrated differential pressure flow meters│ A control system design based on intelligent instruments and industrial PCs │ The development of a multi-functional display vehicle combination instrument │ A research on intelligent analysis algorithms and hardware implementation of pointer instruments │ A remote meter reading design method for pointer chemical instruments │ A discussion on the structure of a new defrost air duct in front of the instrument panel │ The design plan and implementation instructions of a new liquid level alarm system │ An intelligent wedge flowmeter │ A calculation method for a standard throttling device │ A compatible automatic feeding system for cigarette detection instruments │ Failure analysis and redesign of a class of imported valve electric devices │ Application of three-impulse control technology in the boiler control system of a fertilizer plant │ Design and research on automatic adjustment of the oil phase liquid level of a three-phase separator │ Research on primary frequency regulation technology for three-door nuclear power units_Ma Shihong│ Shanghai Petrochemical Co., Ltd. CFB unit implements advanced control technology│ Optimization of super-pixel FCM image segmentation algorithm under different noises_Liu Yansheng│ Oil replenishment strategies for oil-immersed current transformers under different pipeline layout conditions_Zou Chen│Measurement of catalyst density and catalyst storage in fluidized bed of acrylonitrile reactor│Comparison of two methods of measuring slurry density│Analysis and treatment of out-of-tolerance faults of Emerson mass flowmeter measurement at Sinochem Quanzhou Petrochemical Terminal│Summary of technical transformation of control valves in medium-pressure steam systems│Typical faults and treatment of the control system of Zhongyuan Dahua Coal Chemical Project│Sinopec Instrument Materials Framework Procurement Strategy and Problem Analysis│ SUPCON once again won the bid for Sinopec’s instrument hidden danger management project│ Research on differences in application standards of combustible gas detection and alarm systems between China and the United States│ Research on network security supervision of industrial control systems for nuclear facilities in China and the United States_Yang Anyi │ Critical nitrogen potential control and influencing factors │ Metering instruments must play a role in reducing leakage rates │ Application of advanced control technology in ethylene glycol refining unit - Wang Lizhong, Wang Xianjiu, Hu Guiqing │ Interlock setting of risk factors for acetylene generation and vinyl chloride synthesis process │ Research on liquid level measurement of acetylene generator │ Advanced control of ethylene distillation tower - Yu Hua, Tang Diping │ Automatic control system of the three machines of the ethylene plant - Zhou Yuancheng │ Renovation of the public engineering control panel interlocking system of the ethylene plant - Zhou Yuancheng │ Complex control system and application of the ethylene plant - Zhu Bin, Han Qice │ Automatic control technology of pH value of the quenching water system of the ethylene plant │ Analysis and application research of smart maintenance technology for rural residential construction equipment_Zhou Quanji│ Research and development of intelligent monitoring system for rural residential construction equipment_Shen Bin│ Experience in reusing second-hand instruments│ Uncertainty assessment of measurement results in the device assessment of second-class standard mercury thermometers│ Uncertainty assessment of measurement results of second-class piston pressure gauge calibration precision pressure gauges│ Analysis and evaluation of measurement uncertainty of second-class gauge block standard device (83 block set)│ Uncertainty analysis of second-class flat flat crystal measurement results│ Design and implementation of a sales system based on weight detection under the cloud platform_Yin Min │ Research on instrument virtualization in cloud computing environment │ Development trends of chemical instrumentation and automation in the Internet era │ Looking at the development of flow measurement technology and instruments from FLOMEKO 2010 │ Talking about control valve selection from the perspective of cost saving │ Pointer instrument image recognition with instrument structure as a priori characteristics │ Design and application of instrumentation industry identification analysis system_Wu Liying│ Application of network management system for instrument inspection│ Development of instruments and coal chemical industry│ Application and development of instrumentation and automation technology in petroleum pipelines│ Planning and design of instrument main bridge in large petrochemical installations│ New interpretation of instrument protection devices│ Solutions for long-distance transmission of instrument signals│ Analysis of instrument and control system grounding design engineering│ Several issues in instrument and control system engineering design│ A brief analysis of the monitoring and installation of instruments in turbine generators │ Comprehensive program management of instrument installation projects │ Discussion on the application of instrument control systems in petrochemical industry │ Analysis of the working principle and common faults of instrument displays │ Analysis of instrument panel stiffness design requirements and improvement │ Research on the separation problem of instrument panel head impact and air bag detonation test components │ Research on human-machine design of instrument panel module assembly │ Preventive maintenance of instrument pneumatic control components │ The importance of instrument gas for chemical production │ Noise interference in instrument measurement systems and its suppression methods │ Several issues in the evaluation of instrument modernization projects │ Direct formula measurement of compressed air dew point temperature for instruments │ Electric heating tape for instruments and its application │ Interference of instrument circuits and their countermeasures │ Analysis and treatment of causes of rising instrument air dew point │ Research on instrument system power supply solutions │ Causes and treatment methods of failure of instrument interlocking systems │ Application of instrument automation in the chemical industry │ Quality control measures for instrument automation projects │ Brief discussion on quality control strategies for instrument automation projects │ Summary of instrument automation selection and design │ Lightning protection measures for instrument equipment │ Several easily confused issues in instrument selection and installation │ Application of instrument air multi-layer waste heat dryer system │ Analysis of failure causes of instrument air drying systems │ Analysis and solutions to instrument air pipeline freezing accidents │ Analysis of the causes of high exhaust temperature of screw compressors in instrument air│ Analysis and measures of causes of increase in instrument air dew point│ Limitations and modifications of traditional differential pressure transmitters in liquid ammonia spherical tank level measurement│ Discussion on low-power solenoid valves and their E-MATAL coating technology│ Design of segment line loss rate prediction system in low-voltage stations_Tang Zhongyi │ The application of protective layer analysis (LOPA) in the SIL grading process of safety instrumented systems │ Design and application of automatic oiling devices for oil storage tank liquid level monitoring │ Analysis and improvement of accuracy in oil storage tank metering systems │ Error analysis and countermeasures of oil storage tank metering systems │ Methods for clearing blockages in instrument blowback air pressure lines of catalytic cracking units │ Application of component failure analysis in nuclear-grade products_Deng Yujiao│ Charge_Research and countermeasure analysis on information security of battery swapping station monitoring system_Ye Qiongyu│ Reasons and applications of combining advanced control with DCS - Wu Wenping │ Advanced control and energy saving and consumption reduction - Zhang Ling, Liu Chunlei │ Application of advanced control in 3 million t/a heavy catalyst unit - Wang Wenjie │ Application of advanced control in delayed coking unit - Yang Yizhang, Wang Geng, Huang Kefei, Feng Xinguo, Guan Xinhu │ Application and effect analysis of advanced control in distillation units - Wang Limin │ Application of advanced control in soda ash plants - Chen Hongtao, Meng Fanxu │ Application of advanced control in cracking furnaces - Han Qice, Wang Jianjun │ Advanced control technology promotes energy saving and consumption reduction in petrochemical processes │ Advanced control technology and its application in atmospheric and vacuum units - Liu Wei │ Application of advanced control technology in propylene distillation tower control - Hong Xinyi │ Application of advanced control technology in the separation unit of the ethylene unit - Gao Qi, Zhao Yurong│ Application of advanced control technology in the secondary gas separation unit - Sun Qiang Application and effect analysis of advanced control technology in pentane separation unit - Wu Aihuai, Fu Jinxiu, Guo Qingdong, Chen Jie, Li Wenjia, Dong Fuhua │ Implementation of advanced control technology in Yanhua ethylene unit - Chen Deye, Jin Zongxian │ Application of advanced control technology in petrochemical industry │ Application of advanced control technology in carbonization process - Li Wenbin │ Application of advanced control technology in continuous reforming unit - Xie Hongbo, Hu Guoyin │ Application of advanced control technology in reforming/aromatics unit - Zhou Hongbo, Wu Yingjian │ Advanced control technology methods and their applications │ Several control strategies of advanced control technology - Sun Baoqi │ Application of advanced control algorithm in anaerobic wastewater treatment process - Luo Bin, Wang Mengxiao, Zhou Hong │ Application of advanced control system in methanol refining process │ Problems and solutions of advanced control system │ Application of advanced control (APC) in environmental pipe polypropylene unit - Zhao Zhuolu, Jia Binglu, Ren Junsheng │ Application and prospects of light-section three-dimensional reconstruction technology_Tao Wei│ Photoelectric isolation and anti-interference technology and application│ Research on the application of intrusion detection technology in the field of industrial Internet security_Sun Xun│ Analysis of traversal capacity of full-duplex cooperative relay network_He Panqing│ Progress in predictive maintenance technology and standardization of full-section tunnel excavation equipment_Wang Kai │ Micropilot FMR5X, the new benchmark for global radar level instruments │ Research on fully automatic diesel cetane number measuring machine_Xia Liang│ Development of fully flameproof zirconia oxygen content analyzer│ Fully integrated multi-application process industry wireless communication network│ Design of Lanzhou-Zhengzhou-Changsha product oil pipeline safety instrument system│ Discussion on DCS redundant configuration scheme│ Discussion on common fault analysis and solutions of chemical instrumentation│ Analysis on the role and selection method of flow meters in chemical production equipment│ Analysis on reliability of natural gas automation instruments│ Realization of the fault-tolerant function of key measuring instruments │ Safety integrity assessment of complex interlocking systems of typical chemical plants │ Principles and applications of impulse solid flow meters │ Improved design of coolant water tank level alarm systems │ Brief analysis of the installation of instrument measurement pipelines in cold boxes │ Automation room two of the cold rolling pickling line automation instrument system │ Process adjustment methods to reduce the deviation of the condensate turbine flowmeter │ Assessment methods for weighing accuracy of weight loss scales │ Several commonly used oil-water interface instruments │ Comparative analysis of several rail wear detection methods and instruments │ Application of distributed optical fiber temperature measurement system in LNG storage tank leakage and cooling temperature monitoring │ Design and implementation of serial communication timing in distributed systems_Wang Changqing│ Construction of CIM model in distributed distribution network geographic information system_Mai Jiayi │ Distributed control system specification template - Ye Xiangdong │ Analysis of petrochemical automatic control instrument installation and quality control │ Split-range adjustment │ Brief discussion of automatic control technology in offshore petrochemical instruments │ Measurement of multi-point temperatures in tube reactors │ Use LIMS to complete the integration of laboratory instruments │ Use Office VBA to automatically generate relevant instrument design files │ Utilize PDS and its characteristics to automatically generate instrument layout diagrams│ Use VBA to automatically generate instrument circuit diagrams│ Use VB to implement engineering practice of batch annotation of instrument piping wiring diagrams│ Use three-dimensional coordinate data to automatically draw instrument location diagrams│ Design and research on handwritten number recognition system using machine vision_Xu Yun│ Method of correcting instrument positioning error using laser interferometer│ Using neural network to realize soft measurement of reforming catalyst carbon deposition in DCS│ Using Coriolis flowmeter to measure the gas and liquid flow rate of condensate natural gas│ Optimization design of head collision of secondary instrument panel│ Research and design of automatic control system for valves on the ash box of pressurized gasification furnace│ Failure analysis of rupture and failure of R401 instrument pressure guide tube of hydrogenation unit│ Emergency shutdown interlocking logic design of hydrocracking unit │ Design and application of advanced control system for heating furnace - Wang Jian, Zhang Liantang, Meng Xiaoqiang, Liu Hong │ Research on PID parameter tuning method of dynamic step size FOA_Li Meng │ Maintenance skills of chemical instrumentation │ Analysis of the application of chemical instrumentation and control systems in chemical enterprises │ Application of intelligent automation in chemical instrumentation │ Analysis of automation control technology in chemical instrumentation │ Exploration and research on chemical instrumentation and automation - project-oriented - teaching model │ Research on the current situation and problems of chemical instrumentation and automation │ Exploration on the teaching reform of chemical instrumentation and automation courses │ Research on common faults and maintenance methods of chemical instrumentation│ Discussion on common faults and maintenance methods of chemical instrumentation│ Analysis of common faults of chemical instrumentation and discussion of solutions│ Discussion on detection and maintenance of chemical instrumentation faults│ Discussion on prevention and treatment methods of common problems in chemical instrumentation sites│ Discussion on external interference and elimination methods of chemical instrumentation│ Research on external interference and elimination methods of chemical instrumentation│ Analysis of examples of interference faults of chemical instrumentation│ Anti-corrosion technical measures for chemical instruments │ Chemical instrument automation and its application in production │ Research on the current status and problems of chemical instrument automation │ Research and discussion on chemical instrument automation issues │ Research on the application of grounding systems in chemical instrument design │ Research on the design and application of safety instrument systems in chemical enterprises │ Discussion on the installation and debugging of automated instruments in chemical enterprises │ Analysis on the inspection and maintenance of automated instruments in chemical enterprises │ Analysis of difficult faults and countermeasures of automated instruments in chemical enterprises │ Research on the design and construction of automated instruments in chemical enterprises │ Renovation design of liquid level measurement systems in waste gas treatment in chemical storage and transportation tank areas │ Optimization strategies for maintenance of switch valves in chemical plants │ Structural improvement of circulating water pH meters in chemical plants │ Technical management of the purchase of complete sets of instruments for chemical construction │ Effective application of intelligent instruments in chemical industry control │ Application analysis of DCS control system in chemical production │ Selection and installation of temperature measurement components in chemical production │ Common faults of field instruments in chemical production │ Discussion of automated instrument control in chemical production │ Research on automated instruments in the chemical production control process │ Troubleshooting of automated instrument systems in chemical production processes │ Current use status and development strategies of chemical automation instruments │ Exploration of existing problems and solutions to chemical automation instruments │ Development and application of chemical automation instruments │ Analysis of the installation and debugging technology of chemical automation instruments │ Discussion on inspection and maintenance measures of chemical automation instruments │ Research on the automatic control process of chemical automation instruments │ Analysis of common faults in chemical automation instrument systems │ Research on chemical automation control and chemical instruments │ Comparison of commonly used standards for instrument function signs and graphic symbols in the chemical industry │ Core technical issues and research on the use and installation of electrical instruments in the chemical industry │ Research on the installation and debugging methods of automatic control instruments in the chemical industry │ Discussion on DCS monitoring technology of low-voltage motors in chemical installations │ Application of safety instrument systems in chemical installations │ Brief description of the application of safety instrument systems in chemical installations │ Reliability design of power supply for instrument control systems in chemical installations │ Lightning interference and protection of instrument control systems in chemical installations │ Discussion on on-site problems and solutions for instrument air systems in chemical installations │ Troubleshooting analysis of instrument automatic control system of chemical plant│ Research and application of functional safety assessment system of safety instrument system of chemical plant│ Examples of on-site instrument failure and hidden danger handling of chemical plant│ Selection and calculation of boiler drum level instrument of chemical plant│ Principle and application of Coriolis mass flow meter in chemical workshop│ Flow meter and its selection for production in chemical fertilizer enterprise│ Upgrade and transformation of DCS control system of chemical fertilizer plant│ Analysis and treatment of synthetic ammonia instrument failure cases in fertilizer plants │ Beijing Kangjisen completed the transformation of the unit control system of Sichuan Chemical Fertilizer Plant No. 2 │ Development of regional energy intelligent IoT platform_Xie Linhong │ Teaching and improvement of the course content of "Chemical Instrumentation and Automation" under the Outstanding Engineer Education and Training Program │ Research and development of single-well gas-liquid two-phase metering device │ Special application of single-flange differential pressure transmitter in liquid level measurement │ Single-wavelength dispersive X-ray analyzer analysis mechanism and application in oil product upgrade │ Application of Kalman filter in tank level monitoring system │ Toilet paper machine papermaking process control - Chen Yuhua │ Design of computer vision monitoring and identification alarm system for dangerous gas tanker liquid level │ Development and application of fully automatic verification and calibration system for pressure instruments │ Correct selection and installation of pressure gauges │ Improvement of installation method of pressure (differential pressure) transmitter │ Research on piezoelectric motor variable control system_Li Zhiyi │ Implementation of compressor stepless air volume adjustment monitoring system and DCS system integrated control scheme 6 │ Redundant design and reliability evaluation of compressed air foam system_Wang Jianyuan│ Research on unattended and energy-saving optimization of compressed air network_Pan Dong │ Selection of online total sulfur analyzer in crude oil │ Application of radar level meter in crude oil storage tank │ Measurement of two-way steam flow │ Application of double-chamber balance container in drum water level measurement │ Application and verification of double-flange differential pressure transmitter in liquid level measurement │ Analysis of application problems of double-flange differential pressure transmitter │ Application test of double-rotor flowmeter in crude oil export measurement │ Uncertainty and range ratio of dual-range orifice flowmeter│ Verification of uncertainty and range ratio of dual-range differential pressure flowmeter│ Application of dual-range differential pressure flowmeter in flare control system│ New progress of dual-range differential pressure flowmeter│ Design of bimetallic temperature sensing element│ Research and application of remote intelligent inspection system for substation_Xu Fei│ Discussion on variable component gas flow measurement method│ Ancient large-scale astronomical instruments│ Discussion on the design of combustible and toxic gas detection and alarm systems│ Application of programmable controllers on rakes│ Analysis of measurement uncertainty of wavelength indication error of visible spectrophotometer│ Measurement uncertainty assessment of synthetic signal generator parameters│ Transformation of DCS of ammonia synthesis plant│ Typical faults and solutions of conductivity monitor of ammonia synthesis plant│ Application of oxygen analyzer on offshore oil platform│ Discussion on the method of burying vacuum pre-pressure monitoring instruments in soil blowing│ Application of air-blowing liquid level control system in flotation column liquid level control│ Application of air-blowing liquid level gauge in polyester device│ Application of water-blowing differential pressure level gauge│ Commercial vehicle instrument panel materials and processes and development trends│ Liquid level control in the liquid storage cylinder of beer filling machine Wang Dongmei, Li Yucheng│ Research on motion control of four-legged bionic robot dog_Zhou Yongqiang│ Double-layer joint optimization of low-carbon economy in the park's comprehensive energy system_Tan Yuhua │ Application of domestic DCS in pressure reduction deep drawing equipment │ Analysis of the current situation of domestic and foreign instrument valves and pipe fittings │ Research on the advancement of foreign gas detector operation and maintenance standards │ Application of image-type flame detectors in the field of coal chemical industry │ Development of soil uniaxial tensile strength testing instruments │ Thoughts on the selection of on-site instruments in chemical production │ Application of seamless integration of DCS system and SIS system in large-scale combined chemical production units│ In-service DCS operation performance evaluation and reliability analysis│ Overview of the application of online analyzers in sulfur-containing natural gas purification units│ Application of online analyzers in the preparation of hydrogen peroxide by anthraquinone method│ Problems and solutions of online analytical instruments in engineering applications│ Selection and application of online analytical instruments│ Application of online analysis in rotating machinery│ Analysis of the operation of online chemical instruments │ The principle of online Raman analyzer and its application in gasoline blending │ Application of online gas chromatograph in polypropylene unit │ Application of online oxygen analyzer in PTA unit │ Application of online monitoring system in the four units of catalytic unit and gas compressor │ Application of online weighing instrument │ Research on factors affecting column temperature of online chromatographic analyzer │ Application of online mass spectrometer in petroleum and chemical industry │ Application of online viscosity analyzer in atmospheric and vacuum devices │ Selection and design of underground water sealing cave oil depot tank instrumentation │ Analysis and research on the driving capacity of subway return stations_Zhang Yao│ Brief analysis of the interface between subway platform gap detection system and signaling system_Lu Wenlong│ Design of pre-processor for subway comprehensive monitoring system_Bao Jianbo│ Design of molding sand moisture online detection system_Shi Xianchuan│ Research on Optimization of Operation Capacity of Urban Rail Transit CBTC System_Xie Shuqing│ Research on photovoltaic array fault diagnosis method based on 1D-CNN+GRU_Chen Wei│ Research on comprehensive evaluation method of signal generator based on AHP method_Wu Zongren│ Based on AM-_Research on source-load scene generation method of GAN_Guo Yuhan│ Optimization and analysis of valve positioner nozzle baffle structure based on ANSYS_Xu Liyang│ Smart meter fault prediction based on Apriori and C5.0 algorithms_Wen Yaokuan│ Design of magnetic encoder shaft angle solution system based on Arduino_Zhao Lei│ Fine-grained image classification analysis of automobile data sets based on B-CNN algorithm_Han Chengchun│ Instrumental indentation identification method of elastic-plastic parameters of metal materials based on Berkovich indentation│ Research on power construction progress early warning method based on BP neural network_Zhang Ying│ Based on B_Design and implementation of industrial host guard software for S architecture_Ren Junfeng│ Design and implementation of chemical storage tank online monitoring system based on B∕S mode│ Design of intelligent vibration detector based on CAN bus│ Design of gas intelligent meter reading system based on Cat.1 technology_Lin Haitang │ Roller press automatic control scheme based on DCS system │ Maintenance of DCS system based on Deltav configuration platform - Liu Sainian, Li Zhiyuan, Dong Feng, Qu Bin │ Dual-frequency ultrasonic flowmeter hardware circuit design based on DSP │ Application of EAM-based control distribution design strategy in control law design_Qu Xiaoyu │ Development of solar heating FCS control system based on FF instrument │ Design and implementation of configuration software based on FF fieldbus technology │ Research on general convolutional neural network identification system based on FPGA_Zhao Fan │ Design and implementation of aviation virtual instruments based on GL Studio │ Liquid ammonia tank area wireless monitoring system based on GPRS and ZigBee │ Research on compressor fault location method based on HAZOP analysis and Bayesian... network_Xing Jianwen│ Research on...shift motion tracking algorithm based on Hu invariant moment similarity correlation_Hao Xingmeng│ Design and implementation of computer network intrusion monitoring rules based on JSON_Jia Baolin│ Design of loading and unloading machine operation data collection system based on LabVIEW_Yuan Jun│ Research on harmonic energy measurement and analysis system based on LabVIEW│ Design of oil tank measurement and control node based on LonWorks bus│ Design of intelligent power measurement and control instrument based on LoRa communication_Yin Chunjie │ Research on automatic metering system for scrap aluminum recycling batching based on MCGS │ Design of oil and water well and metering room monitoring system based on McWiLL │ Design and implementation of smart laboratory management system based on MDS architecture_Zhu Dongsheng │ MS430-based liquid oxygen flow meter │ Natural gas compression factor real-time compensation flow totalizer based on MSP430 │ Operation mechanism innovation of large scientific instrument resource sharing platform based on O2O model - taking Chongqing large scientific instrument resource sharing platform as an example │ Based on OPC_Data collection and information system design of UA technology_Yu Yun│ Based on OPC_Analysis and design of UA’s tobacco leaf finished product off-line management system_Wen Bin │ Chemical DCS network based on OPC protocol - He Haijiang, He Haiping, Huang Suobin │ Implementation of TPS automatic reporting function based on OPC technology │ Research on fieldbus system integration based on OPC technology - Yao Xiaowei, Chen Zaiping, Yin Xunlei │ Implementation of batch control function based on PCS7 system - Zhao Xiaoyu │ Design research and implementation of lifting and traversing garage system based on PLC_Zeng Xin│ Design of dynamic data collection system based on RFID technology_Li Binglin │ Reliability research based on RS-485 bus signal │ Research and implementation of stage control strategy for batch control based on S88 standard - Chen Xiaofang, Liu Shanzhong │ Implementation of distributed control system based on SIMATICS7PLC - Ren Junjie, Su Xiuli, Liu Zexiang │ Development and application of simulation system based on Simulink, PHD and DCS │ Multi-node short-term power forecast based on SM_Yan Zhongyuan│ Research on light alloy squeeze casting CAPP system based on SOA_Li Zheng.com│ Research on rolling bearing fault diagnosis method based on SSAE-SVM_Xu Xianfeng│ Design of 5G electric agricultural machinery remote control system based on STC15_Pan Zhiguo│ Design of industrial pollution monitoring system based on STM32_Liu Yuyao│ Online calorific value meter correction algorithm based on SVR│ Research on river water quality prediction based on TimeGAN-CNN...TM model_Zhang Lina│ Design of vehicle lane change assistance system based on UM4B0_Tian Ruijue│ Based on UWB_Research on accurate positioning method of mines using TOF ranging_Wang Fei│ Design and implementation of Guohe-1 simulator based on VR technology_Liu Yangli│ Research on partial discharge detection method of high-voltage power cable based on WT-SVM_Lu Zhonghua│ Research on traffic flow prediction technology based on XGBoost fusion model_Li Qing│ Crude oil tank oil-water interface monitoring system based on ZGL dual liquid level measuring instrument│ Research on simulation of transmission line status based on three-dimensional point cloud data_Zhang Xiaohua│ Simulation and research on power system intrusion detection based on cloud computing_Yu Shaofeng│ Construction of power and energy big data cleaning model based on cloud computing_Lu Feng│Spark implementation of intrusion detection for intelligent operation and maintenance system based on mutual information method_Ge Junkai │ Flow meter card control system based on instrument communication │ Research on smart energy meters based on low-cost load management_Wang Dengfeng│ Research on three-phase imbalance control method of low-voltage distribution network based on energy storage system_Sun Weiqing│ Semi-structured data security conversion method based on metadata management_Zhao Xiaofan│ Research on energy dispatch optimization strategy of smart community based on photovoltaics and batteries_Yu Gangxu│ Research on turbidity compensation of total phosphorus automatic monitor based on full spectrum_Xu Tao│ Design of waste barrel non-destructive detector control system based on redundant PLC_Yuan Jun│ Construction of power grid information security protection system based on distributed intrusion tolerance technology_Zhu Yafei │ Thoughts on the development and application of chemical instrument DCS monitoring system │ Research on maintenance methods of common faults in chemical instruments │ Based on the application of automated instruments in the chemical production control process │ Logistics supply chain optimization based on blockchain technology and genetic algorithm_Lian Yao│Application of power box security identification method based on blockchain technology_Zhang Lei│ Temperature and humidity control system based on microcontroller│ Research on X-ray weld defect detection algorithm based on convolutional neural network_Xiao Wenkai│ Battery model health state estimation based on parameter analysis_Zhang Liguo│ Gear fault diagnosis system based on sound card and virtual instrument technology│ Development of deep hole measurement system based on external circular aperture measurement method_Zhang Bai │ Fault handling analysis based on instrument automatic control system of large chemical equipment │ Power communication monitoring analysis based on density clustering algorithm_Zhang Mingming│ Research on distribution network construction deviation based on scale-invariant characteristics_Tang Donglai│ Research on substation equipment temperature monitoring method based on local invariant characteristics_Jia Dongming│ Comprehensive evaluation of urban smart transportation management system based on analytic hierarchy process_Xie Chunrong│ Research on distribution network power supply reliability assessment method based on AHP_Wang Zicheng│ Numerical study of flow field in reduced diameter pipe section based on differential pressure orifice flowmeter│ Research on machine tool data collection and sharing method based on message mode_Hu Juecheng│ Test design based on control system workstation virtualization solution_Dong Kefang│ Based on support vector machine catalytic cracking light diesel pouring point soft measurement│ Based on improved Faster_Research on multi-scale face detection network of RC...N_Song Mengyuan│ Research on cantilever beam vibration based on improved FxLMS algorithm_Zhang Liwen│ Research on stomach image stitching method based on improved SIFT algorithm_Xia Zhengang│ Research and implementation of distribution network security gateway system based on improved SM3_Feng Baozhan│ Research on TBM surrounding rock identification method based on improved VGG16 network_Sun Kaiwen│ Research on V2G charging and discharging strategy based on improved VSM_Feng Fuguo│ CFB boiler bed temperature modeling based on improved particle swarm optimization algorithm_Wang Qi│ Research on transmission line fault location model based on improved ant colony algorithm_Gao Bingshen│ Research on fault diagnosis of telemetry equipment based on fault trees and virtual instruments│ Research on risk operation analysis of power construction based on digital twins_Pan Jingjuan│ Research on electricity consumption characteristics of electric power users based on data analysis_Chen Mi│ Data-driven controller comprehensive performance optimization_Wang Zhiguo│ Intelligent instrument character recognition based on rotation correction and sliding window positioning│ Design and application of distributed photovoltaic monitoring system based on wireless networking_Li Zixiao│ Design of security monitoring cloud platform based on smart grid_Yuan Hongtuan│ Design and research of electric energy information collection system based on smart meters_Zhang Qin│ Static dynamics simulation of electric bicycle based on finite element method_Wang Bin│ Assessment of causes of unqualified valve closing based on Naive Bayes_Du Shengdong│ Research on aircraft skin milling method based on model predictive control_Luo Zhen│ Research on fault detection based on fuzzy C-means and principal component analysis_Sun Hongyu│ Research on peak regulation and frequency modulation information control method based on fuzzy mean clustering_Xiao Fei│ PID parameter tuning based on fuzzy control│ Research on fault prediction of signal maintenance monitoring subsystem based on fuzzy neural network_Wang Xiangyang│ Implementation of power grid shared service management platform based on traffic load_Li Xueling│ Based on deep learning * Research on heat load forecasting_Sun Yuzhi│ Based on deep learning * Research on power grid network attack detection_Liu Xin│ Based on deep learning * Identification of the tilt of the voltage equalizing ring of the transmission line_Dai Yongdong│ Based on deep learning * Research on pointer instrument readings at gas gathering stations_Jiang Tao│ Implementing multi-factor power load forecasting based on feature selection_Hu Xin │ Based on modern chemical instrumentation and chemical automation process │ Gas detection and alarm system based on field bus ring network │ Integrated design of air conditioning duct based on current production instrument panel │ Design of abnormal energy behavior identification system based on user comprehensive energy consumption information_Wang Honggang│ Simulation study of low-speed collision of bumper cars based on transient dynamics_Zhao Jiufeng│ Research on drug delivery system based on neural network combined with template matching algorithm_Ding Hengwang│ Design of relay protection information management system based on mobile applications and image recognition_Wang Yan│ Research on rough coal distribution system based on particle size composition_Zheng Jincheng│ Short-term load forecasting based on empirical modal condition generative adversarial network_Huang Hairong│ Research on smart grid privacy protection scheme based on group blind signature_Li Yuyuan│ Research on fault diagnosis of wind turbine main bearing based on capsule network_Liu Hongyan│ Smart grid relay protection fault identification based on adaptive genetic algorithm_Xiao Hongguang│ Substation drone inspection based on independent route planning_Wang Zhou │ Design of instrument wireless search system based on Bluetooth technology │ Dynamic reactive power compensation device response time test system based on virtual instrument technology │ Vibration automatic test analysis system based on virtual instrument technology │ Design of cross-correlation flow rate measurement system based on virtual instrument │ Research on CNC machine tool ultrasonic detection system based on virtual instrument │ Construction of mechanical seal test device based on virtual instrument │ Research on remote monitoring system of turbine governor based on virtual instrument │ Detection of sliding bearing rotor dynamic balance system based on virtual instrument │ Design of power line channel noise generator based on virtual instrument │ Design of rotor test bench measurement and control experimental system based on virtual instrument │ Research on serialized data recommendation algorithm based on bat optimization preference matrix_Ding Yong│ Design of transmission line condition monitoring system based on visual recognition_Zhang Li│ Design of unattended weighing system based on computer vision_Ma Shihuan│ Research on the roller structure of spinning machinery based on computer-aided technology_Cheng Dan│ Design of automatic water permeability measuring instrument based on identifying liquid level and pressure_Zhang Hui│ Inert gas system fault diagnosis based on Bayesian network_Jiang Mingjun│ Research on electric meter winding fault detection method based on continuous wavelet transform_Liu Xingzhi│ Research on actuator hysteresis detection method based on hysteresis characteristic map and ResNet_Zhang Wenguang│ Optimization analysis of aviation logistics distribution path based on genetic algorithm_Yang Xiaokang│ Research on power supply reliability assessment method based on distribution network topology matrix_Wu Wanjun│ Based on Integrated Chemistry * Research on probabilistic forecasting method of wind power power_Yang Yu │ Application of FOUNDATION fieldbus technology in SmartPlant Instrumentation │ Application of FOUNDATION fieldbus control system in large fertilizer installations │ Application of Baumer pressure and temperature instruments in petrochemical industry │ Research on fuzzy rule extraction algorithm for plastic cracking temperature control system_Ma Junlin │ Measures to enhance the resistance of vibration frequency of thermometer sleeves │ Design of complex centrifugal compressor unit control system │ Application of external liquid level switch on propylene storage tank │ Design and implementation of multi-functional integrated instrument │ Design of two-wheel balancing car system under multi-loop PID control_Liu Zewei│Application of porous orifice plate throttling device│Design and selection of porous balanced throttling device│Application of multi-point multi-venturi flow meter on air duct│Application of multi-point input temperature transmitter│Application of multi-point armored thermocouple in hydrogenation reactor bed temperature measurement│Overview of multi-phase flow metering system technology│Application comparison of various liquid level instruments│ Simplified method for full-scale calibration uncertainty assessment of multi-level instruments │ Localized upgrade and transformation of the nuclear island test instrument system of Daya Bay Nuclear Power Plant │ Design and integration of large-scale echelle diffraction efficiency test instruments │ Selection of power monitoring metering instruments in large public building energy consumption monitoring systems │ Research on anti-surge DCS control system for air compressors of large oxygen generating units - Xiao Yuan │ Lessons learned from DCS system configuration in large-scale chemical production units │ DCS control system for coal-fired boilers in large fertilizer plants │ Optimization of automatic control of large compressors │ Research and application of advanced control system technology for large-scale ammonia plants │ Analysis and discussion of optimized control schemes for hydrogen-to-nitrogen ratios for large-scale ammonia plants │ Discussion on the design of UPS power supply schemes for large-scale command centers_Liu Runqi │ Research and implementation of instrument air dryer transformation in large nitrogen fertilizer plants │ Optimization and transformation of instrument air systems in large nitrogen fertilizer plants │ Design of automatic control systems in large oil refineries │ Intelligent optimization control system for large coke oven coking production processes │ Professional E＋P＋C project management of instrumentation for large petrochemical projects │ Professional project management of instrumentation for large petrochemical projects │ Design and application of liquid level instruments for large petrochemical tank farms │ Research on key technologies for intelligent management and control of large integrated energy stations_Li Bing│ Research on the design of big data information visualization real-time push system_Huang Sibei│ Flow measurement scheme with large range ratio│ Tianjin refinery ydro COM project introduction│ Management and maintenance analysis of on-site instruments in natural gas purification plant│ Precautions for start-up and shutdown instrument equipment of natural gas purification plant│ Independent setting requirements for natural gas purification device DCS/ESD system│ Research on water-to-carbon ratio control and interlocking design of natural gas to methanol device│ Research and application of fire and gas alarm system in natural gas treatment plant│ Design of natural gas large flow measurement and verification system │ Natural gas orifice flow meter online calibration method │ Natural gas orifice flow meter measurement error analysis and improvement measures │ Natural gas flow meter selection and measurement development trend │ Natural gas flow meter type and measurement accuracy impact analysis │ Method to determine compression factor in natural gas flow measurement │ Natural gas flow measurement instruments and selection principles │ Application of natural gas flow measurement instruments │ Current status and direction of development of natural gas flow measurement technology │ Main methods and development trends of natural gas flow measurement │ Analysis of measurement characteristics and errors of advanced orifice valves for natural gas flow measurement │ Brief analysis of measurement characteristics and errors of advanced orifice valves for natural gas flow measurement │ Research on the application of ultrasonic gas flowmeters in natural gas pipeline transportation │ Discussion of automatic control technology of natural gas pipelines │ Impact of changes in natural gas components on ultrasonic flow meters │ Discussion of uncertainty assessment of natural gas energy measurement │ Discussion of measurement instruments and transmission difference control of natural gas measurement management │ Analysis of natural gas metering management metering instruments and differential transmission control strategies │ Optimal design analysis of pressure regulating valves in natural gas pressure regulating systems │ Analysis of selection and application of liquid level instruments in natural gas gathering and transportation stations │ Lightning protection analysis of intelligent instruments in natural gas gathering and transportation stations │ Alarm lights in Mercedes-Benz R350 instruments flash alternately │ The engine stalls irregularly and the indicator light on the instrument lights up while Mercedes-Benz VITO is driving │ Optimization of the opening of sleeve-type steam regulating valve and analysis of flow characteristics_Guan Yuqi │ How to realize split-range adjustment - Liu Jiasheng │ How to improve the measurement accuracy of the orifice flowmeter │ How to improve the safety of automatic control in the tank area │ How to install the radar level gauge │ The application of Verabar flowmeter in the boiler feed water ultrafiltration reverse osmosis system │ Discussion of the pressure taking method of the orifice flowmeter │ The impact of the orifice flowmeter on the natural gas transmission difference │ Uncertainty analysis of natural gas mass flow measured by orifice flowmeter │ Discussion on the measurement error of orifice flowmeter - Zhou Yiliang │ Settings of measuring instruments in safety instrumented systems │ Application of safety instrumented systems in chemical plants │ Selection and application of safety interlocking systems in chemical processes │ Whether safety interlocking systems can be implemented in DCS │ Analysis of reliability and availability of safety interlocking systems │ Key points in the design of safety interlocking systems │ Application of safety interlocking system evaluation in petrochemical plants │ Evaluation of measurement uncertainty of fixed-value torque wrench │ Development and application of scheduled automatic pigging and throwing device │ Quantitative evaluation of reliability of DCS │ Baosteel Secondary Steelmaking Instrument Control System │ Research on the use of ProfibusDP fieldbus and Modbus fieldbus in sewage plants │ Development and application of advanced control system for xylene rectification unit of para-xylene plant │ Discussion on DCS system failures in chemical plants and their treatment methods │ Understanding of imaging instruments gravimeter and magnetometer │ Exploration of automated instrument control technology in petrochemical enterprises │ Application of guided wave radar level meter in steam drum liquid level measurement │ Application of guided wave radar level meter in caustic soda evaporation process │ Selection and scheme design of flow instruments in urea plant │ Selection and installation design of on-site instruments in urea plant │ Research on information security requirements of charging piles in the industrial Internet environment_Ye Qiongyu│ Lectures on Industrial Ethernet and its Application Technology│ Industrial Instrument Automation Calibration and Intelligent Management│ Large-Scale Application of Industrial Wireless Instrument Systems in Ethylene Engineering│ Application of Industrial Gas Chromatograph and Mass Spectrometer│ Industrial Automation Instrumentation and Automation Control Technology│ Discussion on Industrial Automation Instrumentation and Automation Control Technology│ Analysis of Industrial Automation Instrumentation and Automation Control Technology│ Current Standards for Industrial Process Control Valves│ The application of industrial computers in industrial boiler temperature detection and control systems │ The application of industrial control software IFIX in DCS transformation - Li Qi │ The setting of exhaust gas combustion logic interlocking of process water stripping device │ The layout design of primary instruments in process pipelines │ Clever repair of single flange pressure instruments │ The in-depth application of differential pressure instruments in spherical tank liquid level measurement │ Analysis of typical faults in the practical application of differential pressure transmitters │ Uncertainty evaluation of differential pressure transmitter measurement results │ Application of differential pressure type I Annubar flowmeter │ Analysis of measurement inaccuracy of differential pressure orifice flowmeter │ Error analysis of differential pressure orifice flowmeter in measuring natural gas flow │ Liquid level measurement of differential pressure level meter in volatile media │ Analysis of problems and countermeasures of differential pressure steam measurement │ Economic analysis of differential pressure flowmeter selection │ Time difference PLS soft measurement modeling method with time delay estimation│ Research on control of T-type three-level grid-connected inverter with harmonic compensation_Zhang Guozhi │ Analysis of key technologies for advanced control of atmospheric and vacuum units │ Design and selection of liquid level instruments for atmospheric pressure vessels │ Unconventional applications of conventional instruments │ Impact of interference signals on instrument measurement systems │ Performance analysis of balance flow meters │ Research and transformation of instrument technology for long-cycle operation of ARGG large units │ Application of DCS to implement floating pressure control of propylene distillation towers │ Application of OPC technology to realize intellectual property protection in DCS │ Electron beam optimization applied to current quantization_Zeng Bingqian │ Application of split-phase method to measure the flow rate of high-pressure steam-water two-phase fluid │ Application of intelligent valve positioner to improve the control capability of chemical production equipment │ Research on crude oil metering technology and multi-phase metering device test of Yan'an Company │ Analysis of interlocking modification of heating furnace of delayed coking unit │ Design and implementation of PLC control system for automatic riveting of switch cabinets_Lu Weizhen│ Self-tuning fuzzy-PID speed regulation analysis and verification of switched reluctance motor_Wang Tao │ Research on information integration of heterogeneous control systems - Fu Peihua │ Application advantages of elbow flow meters in heating metering systems │ Application of elbow flow meters in the petrochemical industry │ Several factors affecting DCS selection - Sun Guofeng, Ma Xiaoyan, Wang Ruiyu │ Causes and improvement measures affecting instrument air quality │ Analysis of factors affecting the accuracy of oil well work map measurement │ Principles and Applications of Reciprocating Compressor Air Volume Stepless Adjustment System 6 │ Radial Basis Neural Network and Genetic Algorithm Optimize Thermoelectric Load Distribution_Xu Shuowen │ Development and application of portable infrared rapid leak detector for circulating water system │ Improvement of circulating fluidized bed boiler steam drum liquid level control system │ Application technology of circulating fluidized bed boiler combustion automatic advanced control system │ Micro flow meter performance and its application │ Application of microwave solid flow meter in pulverized coal measurement │ Application of microwave boundary level meter in the measurement of oil and water interface in cold low tank of residual oil hydrogenation unit │ Comparison and engineering selection of microwave (radar) level gauges │ Application of trace oxygen analyzer in polyethylene equipment │ Use of German Berthold speedometer in Shell gasifier │ Troubleshooting of bus positioner │ Design of bus solid contactor_Zhang Li│Planning and implementation of logistics automation for assembly instrument panel line│Design and implementation of harsh environment test verification platform_Zhou Xun│ The development direction of my country's oil and gas metering and separation technology│ Calibration of actuators│ Research on implementation prescriptions based on program function diagrams in batch control - Shi Hui, Liu Shanzhong, Yang Zongxiao│ Automatic control of slurry preparation in papermaking workshop│ Application of anti-vibration pressure gauges│ Brief analysis of air conditioning and ventilation control systems in anti-explosion control rooms│ Research and development of foldable material lifting-concrete cloth integrated equipment_Zhang Bo│ Research on neutral point grounding method in pumped storage power grid_Zheng Wei │ Six-step preprocessing method for pointer instrument images │ Application of probe laser oxygen analyzer │ Analysis of natural gas metering instrument management and transmission difference control │ Explore the role of automated instruments in the development of petrochemical industry │ Explore troubleshooting technology for automated instruments in oil pipelines │ Explore chemical instrument safe power supply system │ Explore the secondary development of instrument auxiliary design software │ Explore factors affecting the measurement accuracy of natural gas precession vortex flowmeters │ Discuss the use of standard orifice plates to measure steam energy consumption │ Discuss the application of petrochemical automation instrument technology │ Development and application of control cabinet quick wiring module terminal board - Bi Yijun │ Design of power supply scheme for control system and field instruments │ Engineering specifications of control system - Liang Deli │ Analysis of wear of control valve trims │ Determination of control valve pressure difference │ Analysis of the impact of control valve opening and closing friction on control error_Wang Yixiang │ Exploration on improving the stability of safety instrumentation systems and distributed control systems │ Improving the lightning resistance of Enlaf radar level gauges │ Design methods to improve the reliability of energy measurement of smart power meters │ Practical technologies to improve the reliability of safety interlocking systems in production processes │ Analysis and repair of mixing station metering system faults │ Overview and policy interpretation of energy storage technologies supporting new power systems_Sun Weiqing │ Application of radioactive level meter in petrochemical equipment │ Application of radioactive level meter in bulk method ABS device │ Application of radioactive level meter in PTA crystallizer │ Application of radioactive level meter in urea unit │ Principle and application of radioactive level meter │ Common faults and detection methods of radioactive level meter │ Application of radioactive level meter in continuous reforming device │ Application of radioactive instrument in agglomeration detection of polyethylene gas phase fluidized bed reactor │ Application of digital PID regulator in servo control system │ Construction method and practice of digital flexible assembly production line_Wu Fang│ Digital integrated instrument design and practice│ Design and implementation of digital twin technology in water plant operation and management monitoring_Yang Chuanlin│ Research and implementation of digital twin technology in tobacco warehouse_Lu Zhimin│A review of equipment failure prediction and health management methods supported by digital twins_Lu Jianfeng│ Overview of key technologies of digital valve positioners and thoughts on manufacturing in China_Liu Xi │ Application of data recorders in process equipment and pipeline pressure testing │ Use and optimization of data acquisition system and DCS multi-project software package │ Number of files.txt │ Digital transformation and intelligent fault diagnosis of hopper weighing system_Li Renhua │ Application of new Elman network in soft measurement modeling of ethylene distillation tower │ Application of new double-chamber balancing vessel in steam drum water level measurement │ Design of new metering and monitoring system for refined oil depots │ Application of new intelligent orifice plate flow meter in natural gas measurement │ Design and use of new oil-water interface measurement system │ New oil field thermal recovery steam flow dryness meter │ New self-circulating heat tracing system and improved pressure taking method │ Design of new energy-saving and electricity information intelligent collection system_Yang Zhonggang │ Application of new process control systems in fuel ethanol units - Shao Hairong, Shao Huihe, Wang Jinjie │ Application of new target flow meters in petrochemical industry │ Application analysis of coal chemical industry automation instruments under the new situation │ Research on Xintan electrical automation instruments and automation control technology │ OPC communication troubleshooting between Xinjiang Guanghui ABBDCS and HIMAESD │ Protection and condition monitoring instruments in rotating machinery │ Application of precession vortex gas flow meter in natural gas moisture measurement │ Research on unmanned vehicle AVB communication and methods to reduce communication delay_Xu Xiaolin │ The first application of wireless instruments on Christmas trees on offshore oil platforms │ Application prospects of wireless sensor network measurement systems │ Successful application of wireless transmitters in ammonia synthesis plants │ Application of wireless acoustic transmitters in hydrophobic trap monitoring │ Exploration of the application of wireless intelligent instrument systems in petrochemical tank farms │ Application of wireless temperature instrument monitoring technology in long-distance oil and gas pipelines │ Design and application of wireless networks and transmitters │ Application of wireless steam flow collection system in petroleum storage enterprises │ Research on wireless communication network security situation identification method_Zhang Aisen│ Application of open channel flow meter in PTA sewage treatment device│ Research on new safety management and control model of smart sewage plant_Zhu Hong │ The development of smart meters in building electrical appliances │ Application of smart meter equipment information alarm systems │ Research on the information security risk assessment process of smart charging piles_Xin Yimin│ Selection and application of intelligent pressure/differential pressure transmitter│ Reliability analysis of secondary equipment in intelligent substation_Zhao Mingmin │ Failure analysis and solutions when smart transmitters measure hydrogen │ Intelligent external storage tank level gauge 4 │ Analysis and design of smart home scene lighting system_Jia Xingru│ Research on the application of intelligent dry separator in Luotuoshan Coal Washing Plant_Hao Junfei│ Overview of the Development of Intelligent Control│ Application of Intelligent Control Technology in Combustion Control of Top-fired Hot-blast Furnace of 750m^3 Blast Furnace│ Analysis and Development of Current Situation of Intelligent Control Technology│ Current Situation and Development of Intelligent Control Methods│ Review of the Development of Intelligent Control Theory and Systems│ Theory and Development of Intelligent Control│ Overview of the Development of Intelligent Control Systems and Its Application│ Application of Intelligent Oxygen and Nitrogen Analyzers in PVC Production│ Discussion on the causes of smart flow meter metering accidents │ Smart liquid level meter range calibration │ Research on performance evaluation methods of smart energy meter calibration devices_Jiang Weiping │ Application of intelligent automation instruments in modern coal chemical enterprises │ Research on human-like intelligent PID control strategy of intelligent valve positioner_Cheng Yuren│ Active power filter multi-internal model composite control strategy control analysis_Bao Yuguang│ Research on filtering and reactive power compensation methods of active power filters_Mao Yiping│ Finite state machine in IEC_608...5-103 Application in communication protocols_Chi Hailong│ Construction and experimental research on soft measurement model of void ratio of manufactured sand_Lin Wenhua │ Application of robots in instrument testing production lines │ Design of automatic control system for mechanical transmission double-shaft bag turning centrifuge_Ding Jianguo │ Application of mechanical automation in chemical enterprises │ Instrumented press-in test method for elastic modulus of materials │ Measurement uncertainty of lever micrometer indication error │ Research on locking failure of a certain dashboard glove box │ Introduction to the design of a certain passenger car combination instrument │ Implementation of automatic control of the diesel tank level of a certain device │ Research on the application of flexible DC transmission technology in offshore wind power_Gao Gennan │ Analysis of additional errors in natural gas flow measurement by standard orifice flowmeter 3 │ Evaluation of measurement uncertainty of standard solutions │ Analysis of measurement uncertainty of standard gas meter instrument coefficients │ Research on automatic control devices and calibration methods of standard metal measuring instruments_Zhang Xian│ Research on interface adaptive method of nuclear instrumentation and control equipment_Li Jueying │ Determination of radioactive source activity and installation design of nuclear instruments │ Design and verification of radiation shielding for wireless sensors of nuclear power plants_Deng Zhiguang│ Application of Nuclear Interface Instrument in Offshore Oil Industry│ Research on Supplementary Verification Scheme for Nuclear Safety Level Valve Electric Device_Tan Wenzhi│ Application of nuclear material level meter in polypropylene reactor│ Research on overall verification technology of nuclear power DCS configuration logic function_Liu Hang│ Cause analysis and optimization measures for common mode failure of MSR liquid level in nuclear power plants_Zhang Qiang│ Analysis and improvement of control mode switching scheme in the main control room of nuclear power plant_Wang Juanwei│ Display design and implementation of nuclear power plant post-accident surveillance system_Wang Zhijia│ Analysis and improvement research on outage failure of emergency equipment in nuclear power plants_Xu Jinquan│ Research and implementation of static rod position linearity measurement method of control rods in nuclear power plants_Guo Wei│ Summary of network security risk analysis methods for digital instrument control systems in nuclear power plants_Huang Xiaojin│ Design of online sip detection system for damaged fuel assemblies in nuclear power plants_Gu Mingfei│ Application of nuclear radiation level gauge in polyester production│ Application of framework agreement in the instrumentation profession of large-scale refining and chemical integration projects│ Uncertainty analysis of glass liquid thermometer for calibration work│ Measurement uncertainty assessment of calibration analog oscilloscope│ Application of wedge flow meter│ Energy-saving application of wedge flow meter in petrochemical industry│ Design and application of fuzzy controller│ Design method and application of fuzzy control system - Ying Yirong, Li Tao │ Application of Yokogawa CENTUM CS1000 DCS in PVA production │ Application of Yokogawa DCS in the production of polypropylene unit of Zhongsha (Tianjin) Petrochemical Co., Ltd. │ Implementation method of voice alarm in Yokogawa DCS system - Lang Weiwei, Wang Xin, Xiao Jian │ Design of nonlinear extended state observer for under-driven bridge crane system_Zhang Tongsong│ Correct understanding of control valve seat leakage│ Design of stepper motor type 4-20m A liquid level indicator instrument│ Design and implementation of stepper motor control system_Zhao Peng│ Application of Bitopa differential pressure flow meter in energy measurement│ Application of advanced control technology of gas fractionation device - Wang Guoguang, Yang Zhongyi│ Design of gas online detection device│ Design and application of gas detection alarm system│ Application of gas ultrasonic flow meter in natural gas measurement│ Analysis of application of gas ultrasonic flow meter in natural gas flow measurement│ Common faults and solutions of gasifier quench chamber liquid level meter│ Research on the thermodynamic correction model for determining bell jar volume using air-water replacement method_Zhao Jianliang│ Application of gas chromatograph in production│ Uncertainty assessment of meteorological humidity sensor measurement results_Zhang Yimeng │ The impact of radon and radon progeny on polypropylene technology and radioactive instruments │ Causes and prevention of failure of hydrogen infiltration into the sealing liquid of differential pressure transmitter │ Application of oxygen analyzer in continuous reforming device │ Analysis and solution of oxidation reactor liquid level measurement inaccuracy │ Zirconia oxygen analyzer and its application │ Cause analysis and prevention of oxygen orifice plate explosion │ Application of ammonia nitrogen analyzer in coal chemical wastewater treatment │ The influence of argon gas flow on the uncertainty assessment of anode chemical composition analysis │ The influence of argon gas flow on the anode chemical composition analysis and detection results │ Safety chain control technology and application of vinyl chloride synthesis device │ Design of adaptive fuzzy PID controller for vinyl chloride polymerization reaction - Gong Huili, Yang Shuxun │ Transformation of chlorine compressor oil pump electronic control system │ Simulation and optimization design of hydraulic subsystem of underwater production control system_Tan Zhuangzhuang│ Design and application of intelligent control system for pump unit in secondary pump room of water plant_Hu Jingwen│ Domestic application of instruments and equipment for coal-water slurry gasifiers│ Application of online water quality analysis instruments at the pollution source discharge outlets of petrochemical plants│ Discussion on “false” measurement of steam drum water level│ Selection and application of online detection methods for total sulfur content in gasoline│ Automotive ABS_Design and application of ECU burning and testing all-in-one machine_Wang Wei │ Introduction to the principles of automotive instrumentation and research on improving instrument reliability │ Research on the development of automotive instrument panel glove boxes │ Organization and performance of laser welded joints of continuously variable cross-section tubes for automotive instrument panel beam bracket components │ Research and practice on the new SaaS management model of the automotive digital supply chain_Chen Jun│ Analysis and Optimization Research of Steam Turbine Valve Flow Characteristics - Zhang Xi, Huang Weijian, Zhu Yaqing│ Discussion on the Organization and Management Practice of Instrument Loop Package of Saudi Large Petrochemical EPC Contracting Project│ Development and Application of Asphalt Pavement Interlayer Detection Instrument Testing System│ Oil Well Production Measurement Method and its Discussion│ Research on Automatic Measurement and Monitoring Technology of Oil Well Work Diagram Method│ Research and Application of Oil Well Measurement Network System│ Overview of the engineering application of computer control systems in oil plants │ Improvement of oil and fuel gas pipeline network pressure control - Guo Ying, Wei Zongxian │ Main instrument selection issues in oil depot tank farms │ Full life cycle management of oil and gas pipeline instrument automatic control systems │ The impact of the second phase content of oil-water mixture on the measurement of Coriolis flowmeters and vortex flowmeters │ The impact of the volume fraction of the second component of oil-water mixture on the measurement error of turbine flowmeters │ Levelflex FMP55 measuring instrument, an expert in dealing with oil-water interface emulsion layer problems│ Research on the impact of uneven thermal aging of oil paper on the frequency domain spectrum of transformers_Yang Yinming │ Discussion on the design of digital pressure gauges for oil tanks │ Automatic metering system for oil tanks │ Discussion on pressure monitoring solutions for fluidized bed reactors │ Research and application of alarm management systems in process industries │ Common mistakes and countermeasures in the installation and use of flow meters │ Several trends in the application and development of flow meters │ Development trends and hot spots of flow meters │ Application of flow detection instruments in gas detection of large-diameter pipelines in the chemical industry │ Factors that should be considered when selecting flow measurement instruments │ Problems in the use of flow meters and countermeasures that should be taken │ Comparative study of flow meters in drilling outlet monitoring │ Application of basic error compensation method of flow meters │ On-site verification of flow meter measurement systems │ Discussion of the applicable length of straight pipe sections of flow meters │ Brief analysis of the key points of instrument construction management issues in EPC projects │ Brief analysis of PID parameter tuning methods │ A brief analysis of the application of Profibus and FF bus systems │ A brief analysis of the causes of errors caused by TDS intelligent precession flowmeters when measuring civil natural gas │ A brief analysis of the comparison of old and new regulations based on the calibration of general pressure gauges, pressure vacuum gauges and vacuum gauges │ A brief analysis of the construction points of automatic control instruments in chemical projects │ A brief analysis of the application of air-blowing liquid level gauges in liquid sulfur pools of sulfur plants │ A brief analysis of the measurement and pressure regulation design of natural gas distribution stations │ A brief analysis of the intelligentization of electrical instruments in the field of natural gas pipelines │ A brief analysis of current industrial automation instruments and automation control technology │ A brief analysis of the application of intelligent positioners in ethylene projects │ A brief analysis of the application of vortex flow meters in coal chemical industry processes │ A brief analysis of automated instruments in petrochemical enterprises │ A brief analysis of the design of petrochemical safety instrument systems │ A brief analysis of the application of instrument electric heating technology in the petrochemical industry │ A brief analysis of the selection of interface meters in polyformaldehyde plants │ A brief discussion of instrument automation engineering in the construction of chemical plants │ A brief discussion of troubleshooting of instrument automatic control systems for large chemical plants │ A brief discussion of the impact of electromagnetic fields on electronic measuring instruments in coal mines │ A brief discussion of the optimization plan of the multi-connected supply guarantee system for instruments and air in LNG plants │ A brief discussion of the selection of low-temperature instruments in LNG projects │ A brief discussion of the current status and development trends of power supply for instruments and control systems │ A brief discussion on the application of instrument automation in the chemical industry │ A brief discussion on the issues that should be paid attention to in the design and construction services of instrument automation │ A brief discussion on the material selection of instrument equipment │ A brief discussion on the research and system implementation of automatic measurement of storage tanks │ A brief discussion on common faults and maintenance methods of chemical instrumentation │ A brief discussion on the common fault analysis and maintenance of chemical instrumentation │ A brief discussion on the construction and design of chemical automation instruments │ A brief discussion on the maintenance and maintenance of chemical automation instruments │ A brief discussion on the inspection and maintenance of chemical automation instruments │ A brief discussion on the selection and installation of pressure detection instruments in petrochemical production │ A brief discussion on the analysis and solutions to the causes of natural gas flow measurement errors │ A brief discussion on the operation and maintenance of natural gas automatic metering systems │ A brief discussion on how to improve the automation management level of natural gas chemical instrumentation │ A brief discussion on how to improve the automation management level of chemical instrumentation │ A brief discussion on industrial automation instruments and automation control technology │ A brief discussion on the impact of contact resistance on thermal resistance temperature measurement and countermeasures │ A brief discussion on improving the application level of DCS │ A brief discussion on the application of data correction in enterprise energy measurement management │ A brief discussion on instrument selection in safety design of fluorine chemicals │ A brief discussion on the application and development of petrochemical instrument control systems │ A brief discussion on the analysis and treatment of common faults of petrochemical automation instruments │ A brief discussion on common instrument debugging and precautions for petrochemical equipment │ A brief discussion on lightning protection of instrument systems in petrochemical plant design│ A brief discussion on the application of automated instruments in biochemical production│ A brief discussion on the explosion-proof modification and explosion-proof performance inspection of battery forklifts_Ma Wanyu │ A brief discussion on the design of fan vibration instrument monitoring system │ Research and application of slurry electromagnetic flowmeter in the coal chemical coal water slurry industry │ Analysis and treatment of temperature measurement device failure │ Discussion on the application of measurement uncertainty in data processing │ Application of dense phase solid flowmeter in pneumatic transportation │ Automation transformation of concentrated nitric acid device │ Discussion on the selection plan of liquid level meter for floating liquefied natural gas device │ Research and application of Fujing intelligent filter press system_Li Guorui │ Design of offshore crude oil trade custody measurement system │ Research on measurement method of ethylene glycol liquid level stored in offshore platform pile legs │ Research on process design of public/instrument gas system of offshore oil platform │ Selection of instruments in the skid of electric-driven reciprocating gas compressor of offshore oil platform │ Two examples of false high temperature faults of instruments caused by poor grounding in Haima Prince │ Application of turbine flowmeter and ultrasonic flowmeter in natural gas measurement │ Numerical simulation of the internal flow of a turbine flowmeter │ The turbine meter relies on the pressure head of the measured medium to push the rotation of the elliptical gear for measurement 2 pages │ The turbine meter is suitable for the measurement of high viscosity medium flow 2 pages │ The application of liquid level gauges in petrochemical tank farms │ Discussion on the instrument design of LNG storage tanks │ Discussion of two issues with instrument accessories for LNG transport vehicles │ Instrument selection and control scheme design for LNG storage tanks in liquefaction plants │ Selection and control scheme of liquefied hydrocarbon spherical tank instrumentation Sun Haikun 2 pages │ Improvement of pressure interlocking loop of liquid carbon dioxide storage tank system │ Liquid crystal comprehensive power centralized display instrument │ Practice of instrument selection for hydrogen unit of liquid cycle hydrogenation unit │ Interference problem in the measurement process of temperature instrument │ Compensation of temperature and pressure for flow │ Development of automatic temperature data collection instrument_Yu Songlin │ Research on the performance of thermometer protection sleeves │ Research on the performance of thermometer sleeves │ Analysis and solutions for the fracture reasons of thermometer sleeves │ Performance test calculations of thermometer sleeves │ Wet flue gas desulfurization instrument selection and installation considerations │ Measurement and application of wet saturated steam two-phase flow │ Technical transformation of solvent decarbonization combined device instrumentation │ Research on a new generation of smart electric energy meter calibration system that meets IR46_Wang Xiang│Application of laser online gas analyzer│Application and improvement of laser gas analyzer in coal gas production│Application of laser gas online analyzer in acetylene plant│Application of laser oxygen measuring gas analyzer in sulfuric acid plant│Application of laser particle size analyzer│Analysis of reasons for abnormal liquid level display in quench chamber│Thermal power plant plant-level monitoring information system│ Some experiences in thermal construction of thermal power plants│ Research on optimization of deep peak regulation control system of thermal power units_Li Jiawei │ Improvement and application of power supply methods for refining and chemical instrument systems │ Discussion on the construction management of instrument installation projects for refining and chemical units │ Research on power supply solutions for refinery instruments │ Measures for the use and maintenance of chemical instruments in refineries │ Design and selection of steel pipes for instrument measurement in refining units │ Typical configuration of online analyzers for refining units │ Failures and solutions of coking locomotive interlocking control management systems │ Coke oven heating automatic control system in the coking industry │ Traceable calibration procedures for hydrocarbon dew point chilled mirror instruments │ Improvement of the automatic PH control loop of the flue gas desulfurization system - Chen Huazhong │ Improvement of the automatic PH control loop of the flue gas desulfurization system │ Design and application of the thermal conductivity hydrogen analyzer │ Application of heat tracing and insulation systems for thermal instruments and pipelines │ Brief analysis of compensation methods for the cold end temperature of thermocouples │ Analysis and preventive measures of interference in thermocouple measurement │ Overview of the development of thermal metering instruments │ A brief discussion on the design of ATR instruments in coke oven gas to methanol units │ Research on industrial process control of coke oven gas collector pressure - Wu Xiaosu, Zhang Zhongming │ Coke oven gas collector pressure fuzzy neural network control system - Wang Xin │ Optimal control of coke oven gas collector pressure - Tian Xiaolan │ Implementation of DCS control of PSA device in coal-to-natural gas project │ Engineering design and application of instrument automation system in coal chemical enterprises │ Discussion on the flow range of coal chemical purge equipment │ Analysis of application and improvement methods of DCS system in coal chemical production │ Application analysis of automated instruments in coal chemical industry │ Design of key instruments for automatic monitoring and control of coal bed methane well drainage │ Improvement of pulverized coal bag dust collector control system │ Pulverized coal flow measurement technology and application │ Research and application of antifreeze automatic spraying system for coal train carriages_Zhao Honghui│ Research on constant temperature control of gas water heaters_Zuo Haiqiang│ Research and development of electronic counter quality detector for gas metering instruments│ Research on fault diagnosis method of gas turbine starting process_Zhang Aisen│ Review of ultra-low emission environmental protection facilities control and instrumentation for coal-fired units│ Research on security access control model of differential device compatible data under the Internet of Things_Zeng Zhiyong │ Application of IoT transmitters and AI dispatching systems in oil pipeline networks │ Solutions for temperature measurement in special occasions │ Application of special flow-limiting orifice plates in natural gas chemical projects │ Analysis of the application of environmentally friendly analytical instruments in fertilizer plants │ Selection and application of pressure transmitters under environmental hydrogen embrittlement │ Analysis of the impact of ambient temperature on intelligent integrated temperature transmitters │ Analysis of the coordinated application of modern chemical instruments and their chemical automation technology │ Analysis of process control of modern chemical instruments and chemical automation │ Research on process control of modern chemical instruments and chemical automation │ Application of modern chemical instruments in the lithium ion electrolyte industry │ Development of modern test and measurement technology and instruments │ Application of fieldbus in hazardous locations │ Consideration of fieldbus engineering issues │ Necessity and selection of fieldbus applications │ Problems existing in the promotion and application of fieldbus technology │ Application of fieldbus technology in offshore oil engineering │ Development and application of fieldbus technology │ Introduction to fieldbus technology │ Bumpless switching technology in fieldbus control system │ Engineering design of fieldbus control system │ Network wiring and installation of fieldbus control system │ Research on the progress and real-time nature of fieldbus control system │ Application analysis of fieldbus │ Laying of fieldbus │ Fieldbus system communication fault diagnosis and common cause analysis │ Improvement of ball mill control loop │ Design of measurement support system for physical and chemical analysis instruments │ Control and debugging of raw material homogenization library system │ Isotope thickness gauge for strip thickness measurement │ Calculation and analysis of orifice plate aperture for gas flow limitation │ Error analysis when measuring steam with a vortex flowmeter│ Measuring the mass flow rate of steam with a vortex flowmeter│ Realizing clock synchronization of DCS and ESD systems using a combination of software and hardware methods│ Design of control scheme for methanol distillation pressurization tower and instrument selection│ Safety modification of formaldehyde storage tank V1021 A/B instrument│ Management of design documents in the electrical instrument profession│ Technical and economic analysis of electric heating and high-temperature water tracing│ Control research on power inspection quad-rotor UAV_Zhang Xin│ Problems and improvement measures in the measurement management of chemical instruments in power plants│ Analysis and research on the measurement characteristics of electronic water meters_Yao Ling│ Research on Inspection and Testing Technology of Traction Media for Elevators_Statement│ Experimental research on electro-hydraulic proportional valve-controlled double-cylinder synchronization system│ Analysis and processing of unexpected movements of electric cranking during power switching test_Liu Jianguang │ Selection and application of electromagnetic flowmeter in chlor-alkali caustic soda │ Analysis of electromagnetic flowmeter electrode surface effect │ Measurement principle of electromagnetic flowmeter and its application in engineering design │ Design and application of solenoid valve in the safety interlock protection process of petrochemical equipment │ Application of solenoid valve in air-cooled semi-closed screw chiller │ Discussion of the principle of solenoid valve and its application in engineering design │ Research and application of DCS technology in power station auxiliary systems│ Research on measurement performance evaluation and prediction methods of electric energy meters_Li Mingkai│ Research on abnormal labeling image recognition method of electric energy meter labeling machine_Hong Qiaowen │ Electrical desalination boundary level measurement transformation │ Analysis of usage characteristics of electricity metering chip AD7755 │ Optimization control of operating efficiency of belt conveyor in light load mode_Cao Jianwen│ Research and Application of Helicopter Flight Training System_Wang Weijun │ Selection of liquid level measuring instruments under vacuum │ Experience of rectangular flow meters in engineering applications │ Petrochemical plant safety interlocking system_SIS_Discussion on commonly used evaluation methods │ Quality control of automatic control instrument engineering of petrochemical plants │ Instrument engineering design of steam generation systems of petrochemical plants │ Fault diagnosis and maintenance of commonly used instruments in petroleum enterprises │ Discussion of petrochemical GPS clock synchronization setting technology │ Analysis of automation control technology in petrochemical instruments │ Research on automation control technology in petrochemical instruments │ Research on automation control technology in petrochemical instruments │ Research on automation control in petrochemical instruments │ Related research on automation control technology in petrochemical instruments │ Application and development of petrochemical instrument control systems │ Lightning protection engineering design of petrochemical instrument systems (Ⅱ) │ Common problems and countermeasures in petrochemical instrument maintenance │ Brief analysis of petrochemical instrument automation │ Brief discussion on DCS selection in petrochemical enterprises │ Application analysis of DCS in petrochemical enterprises │ Design of process instrument system for large-scale petrochemical equipment│ Selection of instruments in petrochemical engineering│ Application and design of instrument equipment management systems in petrochemical engineering│ Discussion on the design of safety instrumentation system for petrochemical process packages│ Petrochemical oil storage tank automation instrumentation and engineering design│ Petrochemical oil storage tank metering and measuring instrument design scheme│ Classification and application of petrochemical measuring instruments│ Discussion on safe power supply system for petrochemical electrical instruments│ Petrochemical system instrument automation control measures │ Analysis of the reliability and development trend of petrochemical automation instruments │ Performance evaluation analysis of petrochemical automation instruments │ Research on the design, installation and debugging technology of petrochemical automation instruments │ Research on key technologies and instrument control strategies of petrochemical automation control │ Control strategies of petrochemical automated testing instruments │ Discussion of control strategies of petrochemical automated testing instruments │ Installation and quality control of petrochemical automatic control instruments │ Preliminary study on the selection of flow instruments in the petrochemical industry│ Issues that should be paid attention to in the update design of DCS for petrochemical plants│ Discussion on the design of safety instrument systems for petrochemical plants│ Installation and debugging technology of automated instruments for petrochemical plants│ Discussion on the installation and debugging technology of automated instruments for petrochemical plants│ Discussion on the monitoring of automatic control instruments for petrochemical plants│ Advanced control and real-time optimization technology for petrochemical processes│ Issues to note in the design process of SIL assessment of petrochemical projects │ Design of intelligent oil temperature and pressure tester │ Research on slurry concentration detection technology and its application_Wang Yang│ Design of comprehensive protection device for mining intelligent motors_Xu Lianping│ Discussion on the control scheme of oxidation reaction in nitric acid production process - Lanjie│ Problems and solutions of ratio analyzers in sulfur recovery units│ Discussion on interlocking issues of centrifugal blowers for sulfur recovery│ Selection and application of H2S∕SO2 ratio analyzers in sulfur recovery units│ Installation and application of sulfur tail gas analyzers│ Selection of instrument materials in sulfuric acid media│ Instrument selection for sulfuric acid concentration measurement │ Selection, installation and maintenance of sulfuric acid system instruments │ DCS design of drum three-impulse control system for sulfuric acid plant │ New choice of online density meter in ammonium sulfate plant │ Research on the failure mechanism of N-type armored thermocouples in carbon roasting furnace_Zhou Hongqin│Application of magnetic ring in parallel two-stage varistor_Liu Xiaokang │ Research on on-site calibration method of magnetic flap liquid level gauge │ Principle and application of magnetostrictive liquid level gauge │ Ion membrane caustic soda primary brine automatic control system │ Causes and prevention of insufficient flow failure of centrifugal water pump │ L1 gain performance analysis of discrete double switching linear positive system_Xi Min │ Principle and application of Coriolis mass flow meter │ Application of Coriolis mass flow meter in natural gas measurement │ Application of Coriolis mass flow meter in direct coal liquefaction unit │ Research and suggestions on air separation unit booster instead of external instrument gas supply at air compressor station │ Research on instrumented press-in test of elastic-plastic parameters of cubic silicon nitride │ Detailed explanation of measurement uncertainty assessment for end-measurement block calibration verification │ Lecture 1: Development and Characteristics of Foundation Fieldbus FF │ Research on key technologies of integrated measurement and control devices in third-generation smart substations_Ma Xiaoyan│ Lecture 3: Error control and flow control in FF bus│ Lecture 4: Finite state machine model analysis in FF protocol│ Application of grade tables in professional instrument design and management│ Brief analysis of the application of instrument automation in the chemical industry│ Design of online inspection system for pipeline natural gas ultrasonic flowmeters│ Evaluation and application of measurement uncertainty in online calibration of pipeline liquid flowmeters│ Experimental research on the impact of pipeline vibration on the measurement performance of vortex flowmeters│ Research on performance evaluation method of pipeline-connected residual chlorine online monitor_Wang Xinxin │ Overview of powder mass flow meters │ Selection and protection of radioactive level gauges in pulverized coal pressurized gasification units │ Selection of flow measurement instruments in pulverized coal gasification units │ Analysis of measurement uncertainty of precision pressure indication value errors │ Control scheme and optimization of distillation tower reboiler │ Design of infrared sensor measurement liquid level alarm device │ Application of infrared gas analyzer in coal gasification units │ Combining KICA's soft measurement modeling method and its application in intermittent processes │ Combining radio frequency admittance and differential pressure level transmitter to measure oil in water │ Analysis and countermeasures of several problems in the design of automatic control instruments in water supply projects │ Design and application of sewing electronic control manufacturing data visualization platform_Zhang Yingying │ Research and practice of communication between intelligent instruments in tank areas and domestic DCS │ Overview of the development of automatic metering technology in tank areas at home and abroad │ Transformation of steel belt float level transmitters in tank areas │ Application of network security management equipment in nuclear power plant DCS_Zhong Yang │ Interlock fault analysis and troubleshooting methods and preventive measures │ Calibration of nuclear material level gauges in polypropylene reactors │ Selection and debugging of float level gauges in polypropylene units │ Research on soft measurement models of polypropylene quality performance indicators │ Selection and design of oxygen analyzers in polyvinyl alcohol alcoholysis tail gas │ Selection of analytical instruments for polyvinyl chloride projects │ Overview of on-site instrument debugging of polyester units │ Application of homemade reflux ratio regulator in distillation and recovery devices - Hu Xiongzheng │ Application and maintenance of automated instruments in chemical enterprises │ Analysis of the role of automated instruments in modern coal chemical enterprises │ Technical characteristics and maintenance of automated instruments │ Research on automated robot trajectory tracking and path planning technology_Yang Jinduo│ Overview of the development of automatic control theory│ Discussion on the application of automatic control systems in coal-to-natural gas projects│ Research on automatic gasoline octane number measuring machine_Liao Wei │ Explosion-proof technology in automatic instruments │ Overview of the application of automatic instrument systems in sulfur-containing natural gas purification devices │ Discussion on the application of instrument loop package management in the design and construction management of automatic instruments │ Discussion on the design and construction management of automatic instruments │ Design and implementation of automatic tap water sampling and retention instruments_Li Haoran│ Natural circulation waste liquid evaporator liquid level measurement analysis and simulation_Gao Yongxin│ Adaptive PID control_I_Basic principles and algorithms │ Emerson launches a new multi-variable transmitter suitable for the oil and gas industry │ Research on water-saving irrigation automation control system │ Analysis of throttling device flow measurement │ Advanced control of styrene distillation production process │ Brief analysis of ESD system modification and problems of styrene plant │ Application of firefly algorithm in supply chain inventory optimization design_Zhao Wendan │ Steam flow measurement and density compensation │ Implementation of steam flow temperature and pressure compensation on DCS │ Selection of steam flow meter │ Research on establishing mathematical model for steam flow calculation │ Analysis of errors caused by incorrect steam metering compensation methods │ Analysis of errors caused by incorrect steam metering compensation methods │ Application of steam quality ultrasonic flowmeter │ Research on the application of virtual instruments in three-phase unbalance measurement │ Application of virtual instruments in measurement testing │ Application of virtual instrument technology in mobile oil pipelines │ Integrated machine learning * Cloud monitoring data analysis simulation_Yu Shaofeng│ Analysis on Optimization Design of Meter Voltage Regulator_Ye Decai│ Uncertainty assessment of the measurement results of surface thermometer indication correction value│ Application of passive interface meter│ Problems and solutions in cracking online chromatograph sample processing system│ Failure analysis and countermeasures of high liquid level alarm in loading crane tube│ Xi'an Dinghua ELL^ (R) series external liquid level instrument│ Design of western pipeline oil pipeline automation system│ Application of Siemens DCS in alkali recovery and evaporation section-Yue Ting, Li Qian, Wang Mengxiao│ Siemens S7-300_Research on the application of PLC elevator cluster control technology_Wang Chenfeng│ Interpretation of modern chemical instrumentation and process control of chemical automation│ Research on distribution network expansion planning model and method taking into account carbon emission reduction_Bao Zhongqiang │ Application of measurement verification technology in differential pressure natural gas flow measurement │ Lecture Predictive Control ─ Lecture 1 Basic Principles of Predictive Control │ Lecture Predictive Control ─ Lecture 3 Model Algorithm Control │ Lecture Predictive Control ─ Lecture 2 Parameter Design of Dynamic Matrix Control │ On Common Faults and Maintenance Methods of Chemical Instruments │ On Common Fault Causes and Maintenance Methods of Chemical Instruments │ On Construction of Ideas for Chemical Production Control Automation Instruments │ On the classification and application of petrochemical measuring instruments │ Research on set value filtering four-parameter two-degree-of-freedom PID algorithm_Yin Huawen│ Trial analysis of the role of automated instruments in the implementation of GMP│ Trial analysis of ways to eliminate external interference from chemical instruments│ Trial analysis of the application of online analytical instruments in chemical production│ Trial discussion of the application of instrument automation in the chemical industry│ Design and implementation of the "six-step method" for dispatching and operating command network orders_Zhou Yongcan│ Talking about the differences between version 3. Thermo Fisher releases a solution for the quantitative determination of substances with a triple quadrupole liquid mass spectrometer │ Introduction to ultrasonic leak detection methods and instruments │ Research on the application of ultrasonic flow meters in natural gas measurement │ Design and production of ultrasonic liquid level monitoring and alarm systems │ Applicable conditions for calculation of instrument duct wall thickness of ultra-supercritical units │ Research and application of full-process self-starting and stopping systems for ultra-supercritical units_Xu Liubin│ Research on the design and selection of thermal instrument duct valves in ultra-supercritical power plants│ Research on concurrent broadcast conflicts in vehicle-mounted self-organizing networks_Ge Chen│ Analysis of the plan for cross-line operation of rail transit "triple network integration"_Lv Wenlong│ Dynamic control of the end point of converter phosphorus│ Application of soft measurement instruments in hydrocracking units│ Light trailer frame design and static dynamics simulation research_Shi Kaifei │ G PS remote locking supervision system for light oil tankers │ Research on commonly used controllers in oil and gas pipeline automation systems │ Measurement uncertainty evaluation and calculation of oil pump efficiency micro-temperature difference method │ Application and prospects of digital communication technology in the field of process automation_Lin Rong│ Magotan B7L instrument anti-skid light alarm│ The solution of air compressor control using PKS system-Huang Jianhong│ Analysis and countermeasures of damage causes of remote transmission flange pressure transmitter│ Several new technologies suitable for instrument communication│ Principle and design of selective control system-Wang Manshun, Chen Zhijun, Hu Meirong, Du Shenhui│ Choose linear stroke control valve or angle stroke control valve│ Improvement of the safety interlock device of the gas-generating hydraulic system│ Summary of the application of gas-generating furnace safety interlock technology│ Research on the evaluation method of distribution network closed-loop operation management_Zhao Yongsheng│ Design of Web communication security architecture for distribution network terminals_Li Lu│ Research on the impact of sampling rate on SMC control performance of PMSM_Yan Kun│ Development of intelligent measurement and control system for oil production wellheads│ Heavy-duty gas turbine IGV system modeling and fault simulation_Zhang Wenguang│ Renovation and application of heavy hydrocarbon storage tank liquid level measuring instruments│ Research on the peak-to-average ratio reduction mechanism for MR-OFDM waveforms_Zhao Zhe │ Several discussions on gamma ray instrument maintenance issues │ Analysis of automated instruments in the chemical production control process │ Analysis of the error of the steel strip level gauge in the water-containing floating roof oil tank │ Design of the oil tank condition monitoring system in the railway oil depot │ Structural improvement of the water seal of the copper washing online analysis instrument │ Tongling Conch 10000t/d line NOx control technology and operation │ Application and design of the boiler online water quality analysis system │ Design of safety instrument system for long-distance pipelines │ Working principle and common fault analysis of magnetostrictive liquid level gauges in long-distance pipelines │ Implementation of PID controller in closed-loop control system │ Application of valve-type orifice flowmeter in natural gas flow measurement │ Research on measurement principles and methods of valve flow coefficient_Song Yanyong│ Research on the influence of the width of the protective hot plate on the thermal conductivity test accuracy_Gu Hairong│ Research on transient characteristics of resistor-capacitor voltage divider electronic voltage transformer_Tian Zhiguo│Application of paddle-type material level meter in carbide silo│Analysis and countermeasures of automatic control instrument failure in Amu Darya Natural Gas Treatment Plant│Application of Annubar flowmeter in steam measurement│Application of flow-limiting orifice plate in chemical equipment│Application of flow-limiting orifice plate in process equipment│Discussion on the application of flow-limiting orifice plate in civil small flow measurement│ Application of flow-limiting orifice plate in refined terephthalic acid unit │ Test implementation of logging-while-drilling instrument in cable logging system │ Development of explosion-proof intelligent liquid level alarm and control device │ Intelligent control system for tank truck loading at storage station │ Overview of distributed control system development - Lu Zengfang │ Reasons for damage to radar level gauges caused by lightning strikes and preventive countermeasures │ Electromagnetic fusion simulation analysis of lightning strike distribution transformers_Lei Jiangkai │ Analysis of the repeated fuse burning problem of radar level gauge caused by lightning │ Measurement principle and troubleshooting of radar level gauge │ Application of radar measurement technology in low dielectric constant material level measurement │ Application practice of radar level gauge in oil fields in southern Iraq │ Issues that should be paid attention to in the design of radar level gauge │ Application of radar level gauge in fluidized bed reactor │ Application and troubleshooting of radar level meter │ Application of Honeywell Experion PKS in 400,000 tons/year ion membrane caustic soda sequence control │ Application of dew point control system in instrument wind energy saving and consumption reduction │ Application of electrostatic current meter in polyolefin reactor │ Non-self-indicating scale measurement uncertainty assessment │ Design and implementation of automated test system platform for PLC products_Wang Xi│ Research on carbon emission accounting and forecasting for Lingang New Area_Chen Yun│ Research on new joint box technology for segmented insulation OPGW_Wang Guobin│ Research on intelligent control systems for complex pure hysteresis systems_Huang Lei│ Research on standard knowledge intelligence strategies for intelligent equipment_Lu Tielin│ Research on full-link data detection for power grid collaborative business scenarios_Li Xueling│ Research and development of tool-based intelligent vertical adjustment system for prefabricated wall panels_Zhang Bo│ Research progress on the application of predictive control strategies in nuclear power plants_Fang Yuanjie│ Design and implementation of aircraft hydraulic system oil temperature ground test simulator_Yang Qinghua │ Evaluation of the uncertainty of oxygen consumption measurement in drinking water │ Renovation of the reactor level gauge in the high-pressure hydrogenation section │ Structural design of the high-pressure control valve │ Design and calculation of the high-pressure steam sampling orifice plate │ Development and testing research of high-performance temperature input signal conversion module_Chen Jianjun│ Research on high-precision and wide-range intelligent air source control system_Wang Yang│ High-speed, low-power, non-contact optical semiconductor relay│ Research on highway emergency rescue resource dispatching and management strategy_Tan Zhongnan │ └─6.0 Instrument Maintenance Courseware │ 1. Chapter 1 Chemical Instrumentation and Automation.ppt │ 13, Lightning Protection and Overvoltage Protection 47.ppt │ 2-Fluid flow process measurement training 119.ppt │ 2. Chapter 2 Characteristics of the Adjustment Object.ppt │ 3. Chapter 3 Measuring Components and Transducers 59.ppt │ 4. Chapter 4 Display Instrument.ppt │ ABB AC800f DCS System Training.ppt │ ABB Topa Tube Flowmeter.ppt │ ABB-Swivel Flowmeter ( PPT).ppt │ ABB-Wedge flowmeter.ppt │ ABB_Temperature technology.ppt │ ABB Instrument Comprehensive Sample PPT 32 │ Abb Pickaxe Oxide Analyzer Introduction.PPT │ AMP 3D Material Level Scanner 80.ppt │ Introduction to C3000 process controller.ppt │ C3000 process controller training materials.ppt │ CEMS technical exchange.ppt │ Application of CENTUM-CS3000 186.ppt │ CS3000 system maintenance training.ppt │ Basic troubleshooting of DCS instrument loop 32.ppt │ DCS History System Development 42.ppt │ DCS technical exchange 57.ppt │ Introduction to DCS control system PPT 40 │ DCS control system project system lecture 55.ppt │ DCS daily maintenance PPT 17.ppt │ DCS theory and QCS basics 33.ppt │ The basic structure and principle of DCS 55.ppt │ DCS hardware system principles, indicators, tests and applications 90.ppt │ DCS system introduction 37.ppt │ Detailed explanation of DCS maintenance 20.ppt │ DCS Selection and Application Guide 51.ppt │ DCS distributed control system 32.pptx │ DCS distributed control system.ppt │ DEH system introduction.ppt │ E-PKS_C300 Process Knowledge System.ppt │ Experion PKS TM configuration software operation.ppt │ Experion PKS Operator Manual 82.ppt │ Experion-PKS configuration software operation 345.ppt │ F701 principle configuration verification 33.ppt │ Application of FF fieldbus technology in the intelligent design of large-scale refining and chemical integrated plants - PPT 75 │ FF fieldbus system engineering design application - PPT 33 │ FF fieldbus design.ppt │ HART handheld communicator 275 training tutorial 34.ppt │ HiaGuard system introduction V1.0 version │ Honeywell DCS system introduction 30.ppt │ Honeywell_EPKS_300 39.ppt │ Honeywell_MES operation management 27.ppt │ IA engineer training.ppt │ iFIX - ABB CBM configuration guide.pps │ JX-300X DCS automatic report 20.ppt │ MACSV system structure software configuration 219.ppt │ PCS7.V7.0. In-depth explanation │ Theory and application of pH measurement PPT 49 │ PID control PPT 53 │ Introduction to PKS configuration 99.ppt │ PKS courseware 48.ppt │ PROFIBUS Technology Introduction│ ProSafe-RS Introduction CN 2005-07-21 Ver.5 YXC.pps │ QTRCO pneumatic actuator PPT │ SCControl graphic configuration software.ppt │ STEP7 training network configuration 15.ppt │ Introduction to TAC building automation system │ TisNet control system overview.ppt │ Tricon system hardware introduction and maintenance knowledge.ppt │ Introduction to WKKL-2000 microcomputer excitation regulator 23.ppt │ YTF series stainless steel pressure gauge PPT 41 │ "Chemical Instrument Automation" thinking questions.ppt │ 1. The significance and purpose of petrochemical automation.ppt │ 1. Common fault phenomena of metering systems 13.ppt │ three-purpose watch 17.pptx │ Instrument description related to DCS 73.ppt │ Neutron level meter technical exchange 65.ppt │ SUPCON in the petrochemical and chemical industry.ppt │ SUPCON in the petrochemical and chemical industry - Analysis of technical characteristics of ECS-100 control system.ppt │ Ethylene cracking unit online analysis instrument configuration and application technology PPT 122 │ Two-position two-way reversing valve (1) 44.ppt │ Israel APM 3D material level meter 80.ppt │ Basics of instrument manufacturing process PPT 173 │ Instrument manufacturing technology Chapter 1 Basic concepts and components of the process PPT 154 │ Instrument manufacturing technology Chapter 2 Processing accuracy analysis and manufacturing quality monitoring technology PPT 153 │ Instrument Chapter 5 Simple control system 55.ppt │ meter 15.ppt │ Instruments Chapter 1 Basic Concepts of Automatic Control Systems 66.ppt │ Instruments Chapter 2 Testing Instruments and Transmission 69.ppt │ Instrument Chapter 3 Display Instrument.ppt │ Instrument.ppt │ Instrument and Fluid 107.ppt │ Instrument professional training PPT 33 │ Instrument professional knowledge PPT 85 │ Instrument and automation PPT 136 │ Instrument and automatic control basic knowledge PPT 83 │ Instrument basic knowledge 55.ppt │ Instrument basics 77.ppt │ Basic knowledge of instruments PPT 62 │ Basic knowledge of instruments PPT 148 │ Basic knowledge of instruments PPT 33 │ Basic knowledge of instruments PPT 41 │ Basic knowledge of instruments PPT 54 │ Basic knowledge of instruments PPT 64 │ Basic knowledge of instruments PPT 70 │ Basic knowledge of instruments PPT 84 │ Basic knowledge of instruments 15.pptx │ Instrument basics 38.pptx │ Instrument basics 76.ppt │ Basic knowledge of instruments (1) Online analysis of instruments PPT 32 │ Basic knowledge of instruments.ppt │ Introduction to basic knowledge of instruments 106.ppt │ Introduction to basic knowledge of instruments PPT 92 │ Introduction to basic knowledge of instruments PPT 108 │ Introduction to basic knowledge of instruments PPT 114 │ Introduction to basic knowledge of instruments PPT 76 │ Basic knowledge training of instruments 55.ppt │ Instrument basic knowledge training PPT 63 │ Complete instrument basic knowledge (very awesome) 81.PPT │ Instrument Basics Lecture Notes 75.ppt │ Lecture on basic knowledge of instrumentation 81 pages.ppt │ Lecture on basic knowledge on instrumentation PPT 32 │ Lecture on basic knowledge on instrumentation Lecture 3 Simple control system.ppt │ Lecture on basic knowledge on instrumentation Lecture 2 on actuators.ppt │ Lecture on basic knowledge on instrumentation Lecture 5 Computer network and DCS technology application 62.PPT │ Lecture on basic knowledge of instrumentation, Lecture 4: Control of fluid conveying equipment.ppt │ Lecture on basic knowledge of instrumentation, Chapter 1.ppt │ Lecture on basic knowledge of instrumentation, Chapter 3.ppt │ Lecture on basic knowledge of instrumentation, Chapter 2.ppt │ Lecture on basic knowledge of instrumentation, Chapter 5.PPT │ Lecture on basic knowledge of instrumentation, Chapter 4.ppt │ Basic knowledge of instrumentation PPT 76 │ Instrument installation training PPT 60 │ Characteristics of instrument installation work PPT 50 │ Instrument installation requirements PPT 43 │ Instrument engineering construction quality training handout 123.ppt │ Commonly used installation materials for instruments - pipes, cables, steel sections, valves.ppt │ Commonly used electrical tools and instruments for instruments 40.ppt │ Judgment and treatment of common instrument faults.ppt │ Common types of instruments and installation requirements 61.ppt │ Common types of instruments and installation requirements PPT 52 │ Basic knowledge of instrument technology.ppt │ Introduction to instrument connectors.ppt │ Basic concepts of instrument control system debugging PPT 59 │ Complete set of instrument intelligent technology PPT electronic courseware lesson plan [full version] PPT 383 │ Instrument overview.ppt │ Instrument pneumatic training knowledge 50.ppt │ Instrument theory knowledge training courseware 111.ppt │ Error of instrument PPT 68 │ Instrument knowledge PPT 41 │ Instrument knowledge training PPT 82 │ Instrument Chapter 4 Automatic control instrument 77.ppt │ Some working methods and tips in instrument maintenance 98.ppt │ Some methods and tips in instrument maintenance 98.ppt │ Instrument Automation Training Courseware (Instrument Part 1) Temperature Measuring Instrument.ppt │ Instrument Automation Training Courseware (Instrument Part 1) Calculation Questions 84.ppt │ Instrument automation training courseware (Instrument Part 1) Multiple choice questions.ppt │ Basic knowledge of instrument automation (2) PPT 43 │ Instrument automation theory PPT 43 │ Common problems and improvement measures in instrument debugging 22.ppt │ Instrument approach chart PPT 146 │ Instrument selection PPT 140 │ General instrument diagram collection 124 │ Basic knowledge of instrument explosion protection.ppt │ Task zirconium oxide oxygen meter PPT 9 │ Gamma ray measurement PPT 70 │ Job site instrument training 48 pages │ Water supply pipeline leak detection technology and instrument equipment application.ppt │ Application of advanced control in petrochemical industry PPT 28 │ Knowledge of optical cable communication and its accessories.ppt │ Principles, configurations and current status of key instruments for optical radiation measurement at home and abroad 105.ppt │ Working principle of Lanlian LB2000 electro-hydraulic actuator 25.ppt │ Other instruments and meters PPT 50 │ Control of typical chemical units PPT 23 │ Introduction to several commonly used industrial pressure gauges 27.pptx │ Analytical Instruments.pptx │ Analytical Instruments and Measurement 22.ppt │ Introduction to analytical instruments PPT 126 │ Introduction to analytical instruments 130 PPT │ Chemical instruments PPT 97 │ Chemical instrument professional training materials 345 │ Chemical instrument workers safety technology training PPT 84 │ Chemical instrument and its automation 84.ppt │ Chemical instrumentation and automation 100.ppt │ Chemical Instrumentation and Automation PPT 124 │ Chemical Instrumentation and Automation Complete Edition (Third Edition) PPT 799 │ Chemical Instrumentation and Automation Chapter 6 Controller PPT 95 │ Chemical Instrumentation and Automation Chapter 6 Simple Control System PPT 50 │ Chemical Instrumentation and Automation 100.ppt │ Chemical Instrumentation and Automation Chapter 4 Level Detection.ppt │ Chemical Instrumentation and Automation Complete Courseware (1) PPT 125 │ Basic Knowledge of Chemical Instrumentation Classic PPT 125 │ Basic Knowledge Training of Chemical Instrumentation.ppt │ Chemical Instrumentation * Communication PPT 89 │ General fault analysis and treatment of chemical instruments PPT 57 │ Chemical instrument teaching courseware Chapter 1 Chemical testing instruments 19.ppt │ Chemical Instrumentation Teaching Courseware Chapter 7 Overview of Automatic Control 35.ppt │ Chemical Instrumentation Teaching Courseware Chapter 3 Flow Detection 44.ppt │ Chemical Instrumentation Teaching Courseware Chapter 9 Basic Control Laws 18.ppt │ Chemical Instrumentation Teaching Courseware Chapter 2 Pressure Detection Methods and Instruments 32.ppt │ Chemical Instrumentation Teaching Courseware Chapter 5 Temperature Detection 100.ppt │ Chemical Instrumentation Teaching Courseware Chapter 8 Object Characteristics and Modeling 18.ppt │ Chemical Instrumentation Teaching Courseware Chapter 6 Display Instruments 28.ppt │ Chemical Instrumentation Teaching Courseware Chapter 4 Level 19.ppt │ Chemical Instrumentation Chapter 1 45.ppt │ Chemical Instrumentation Chapter 3 150.ppt │ Chemical Instrumentation Chapter 2 31.ppt │ Chemical Instrument Automation PPT 58 │ Chemical Instrument Automation 0. "Chemical Instrument Automation" thinking questions.ppt │ Chemical Instrument Automation 1. Chapter 1 Chemical Instrument and Automation.ppt │ Chemical Instrument Automation 2. Chapter 2 Characteristics of the Adjustment Object.ppt │ Chemical Instrument Automation 3. Chapter 3 Measuring Components and Transducers 57.ppt │ Chemical instrument automation 4. Chapter 4 display instrument.ppt │ Chemical instrument automation 5. Chapter 5 automatic control instrument.ppt │ Chemical instrument automatic control instrument PPT 64 │ Principles of chemical engineering Chapter 1 Measurement of flow rate and flow rate 67.ppt │ Chemical line instrumentation training courseware.ppt │ Chemical industry automation and instrumentation teaching courseware Chapter 1 Basic concepts of process control systems.ppt │ Chemical industry automation and instrumentation teaching courseware Section 1 Flow detection methods and instruments.ppt │ Chemical industry automation and instrumentation teaching courseware Chapter 7 Computer control system.ppt │ Chemical industry automation and instrumentation teaching courseware Chapter 3 Controller.ppt │ Chemical Industry Automation and Instrumentation Teaching Courseware Section 3 Level Detection Methods and Instruments.ppt │ Chemical Industry Automation and Instrumentation Teaching Courseware Section 3 Level Detection Methods and Instruments 02.ppt │ Chemical Industry Automation and Instrumentation Teaching Courseware Chapter 2 Parameter Detection Methods and Instruments.ppt │ Chemical Industry Automation and Instrumentation Teaching Courseware Section 2 Temperature Detection Methods and Instruments.ppt │ Chemical Industry Automation and Instrumentation Teaching Courseware Section 2 Temperature Detection Methods and Instruments 02.ppt │ Chemical Industry Automation and Instrumentation Teaching Courseware Chapter 5 Simple Control System.ppt │ Chemical Industry Automation and Instrumentation Teaching Courseware Chapter 8 Typical Industrial Process Control.ppt │ Chemical Industry Automation and Instrumentation Teaching Courseware Chapter 6 Complex Control System.ppt │ Chemical Industry Automation and Instrumentation Teaching Courseware Chapter 4 Process Characteristics and Mathematical Model.ppt │ Chemical Industry Automation and Instrumentation Teaching Courseware Section 4 Pressure Detection Methods and Instruments.ppt │ Chemical Automation and Instrumentation Teaching Courseware Section 4 Pressure Detection Methods and Instruments 02.ppt │ Overview of chemical automation and instrumentation PPT 67 │ Knowledge and operation of chemical automation instruments PPT 56 │ Chemical process control and instrumentation PPT 518 │ North China Electric Power Research Institute Thermal Instrumentation ppt lecture notes Chapter 3 Pressure Measurement 30.ppt │ North China Electric Power Research Institute Thermal Instrumentation ppt lecture notes Chapter 2 Temperature Measurement 31.ppt │ North China Electric Power Research Institute Thermal Instrumentation ppt Lecture Notes Chapter 5 Water Level Measurement 23.ppt │ North China Electric Power Research Institute Thermal Instrumentation ppt lecture notes Chapter 4 Flow Measurement 38.ppt │ Huake HC-5000 neutron level meter.ppt │ One-way valve 22.ppt │ Application of General Knowledge of Pressure Instruments PPT 24 │ Pressure Instrument Measurement and Process Control PPT 15 │ Pressure and Pressure Differential Measurement PPT 60 │ Measurement of Pressure and Differential Pressure 67.ppt │ Basic knowledge of pressure and pressure gauge calibration procedures 172.ppt │ Pressure Detector PPT 27 │ Pressure Detection Instrument 32.ppt │ Pressure detection instrument 50.pptx │ Pressure detection and instrumentation 2 43.ppt │ Pressure detection methods and instruments.ppt │ Pressure detection methods and instruments PPT 22 │ Pressure measurement 225.ppt │ pressure measurement 52.ppt │ Pressure measuring instrument knowledge and selection PPT 24 │ Pressure gauge 17.ppt │ pressure gauge 21.ppt │ pressure gauge 22.ppt │ Pressure gauge introduction and operation and maintenance classic PPT 21 │ Pressure gauge and thermometer indication training handout PPT 29 │ Pressure gauge related knowledge 22.ppt │ Pressure gauge knowledge 23.ppt │ Precautions for ordering pressure gauges PPT 28 │ Pressure gauge selection and installation PPT 19 │ Pressure measurement and instrumentation PPT 55 │ Application of compressor unit shaft instrumentation 51 pages.pptx │ Power plant production process coordination control PPT 49 │ Programmable controller application technology 23.ppt │ Detailed tutorials for various pressure gauges, classic tutorials PPT 65 │ Synthetic ammonia and methanol units online analysis instrument configuration and application technology PPT 242 │ Alloy analyzer, handheld alloy analyzer PPT 21 │ Working principle of four-electric eddy current proximity switch PPT 8 │ Online analysis instrument PPT 125 │ Online analysis instrument introductory training.ppt │ Foundation fieldbus PPT 32 │ Foundation fieldbus FF PPT 160 │ Application of fully integrated automation system and FF fieldbus in large petrochemical plants 117.ppt │ Natural gas meter 57.ppt │ Sichuan Yi in Progress PPT 40 │ How to Eliminate Information Islands and Technology Drugs PPT 16.ppt │ Design and management of the entire life cycle of safety instrumented systems 110 pages │ Application of safety instrumented systems (SIS) in petrochemical plants PPT 42 │ Brief explanation of field instruments.ppt │ Radio frequency admittance instrument 1-point theory.ppt │ RF admittance meter 2-point.ppt │ RF admittance meter 3-tuning fork.ppt │ RF admittance meter 4-point sensor.ppt │ RF admittance meter 6-point.ppt │ Radio Frequency Admittance Meter 7RF ContinuousTheory21.ppt │ Industrial Instrument Maintenance and Testing Skills PPT 606 │ Industrial Interface and Communication PPT 47 │ "Industrial Interface and Communication" Course Overview PPT 48 │ Industrial Data Communication Network and Integrated Automation System 179.ppt │ Industrial automation instruments PPT 171 │ The development of industrial automation.ppt │ Commonly used instruments and meters PPT 41 │ The use of common instruments and meters PPT 264 │ The use of common instruments and meters PPT 56 │ Commonly used instruments and meters knowledge PPT 95 │ Introduction to common instruments and electronic components PPT 71 │ Introduction to the basic operations of commonly used instruments.ppt │ Commonly used instrument symbols and instrument principles PPT 77 │ Introduction to common electronic instruments and meters PPT 55 │ Principles and uses of common electrical instruments 42 pages.pptx │ Commonly used electrical instruments and their safe use PPT 135 │ Commonly used electrical instruments and measurements PPT 116 │ Commonly used electrical instruments and measurements 115.ppt │ The use of common electrical tools and instruments PPT 69 │ The use of common electrical tools and instruments PPT 126 │ Commonly used pressure and temperature measuring instruments PPT 57 │ Common electrical equipment and measuring instruments PPT 113 │ Basic knowledge of conventional instruments PPT 85 │ Debugging of conventional instruments PPT 115 │ Modeling Chapter 07, 08 49.ppt │ Opening valve.ppt │ Elastic element pressure gauge 41.ppt │ Elastic pressure gauge PPT 24 │ Spring tube pressure gauge 17.ppt │ Spring tube pressure gauge calibration 79.ppt │ The structure and working principle of spring tube pressure gauge 13.ppt │ How to achieve the best cooperation between valve positioner and AO PPT 29 │ Intelligent application and practice of Endress+Hauser measuring instruments PPT 20 Niu Shuai │ Actuator 90.ppt │ Proximity switch wiring examples PPT 6 │ Proximity switch installation PPT 8 │ Analysis of typical fault cases of control instruments and control systems PPT 168 │ Analysis and design of control principles and engineering control systems PPT 58 │ Control scheme design advanced configuration maintenance training course PPT 33 │ Control station configuration PPT 43 │ Control devices and instruments (second edition) PPT 333 │ Determination of pressure difference of control valve.ppt │ Calculation and selection of control valve (Part 1) Page 38 │ Calculation and selection of control valve (Part 2) Page 51 │ Judgment of blocked flow of control valve and calculation and selection of KV value 100 Classic.ppt │ Operation station configuration PPT 65 │ Digital display instrument PPT 50 │ Number of files.txt │ New Siemens positioner courseware.ppt │ Yokogawa CS3000_DCS system PPT 56 │ Working principle and calibration of ordinary pressure gauges 20.ppt │ Intelligent field instruments 38.ppt │ Intelligent field instrument.ppt │ Replacement and installation of pressure gauge 21.ppt │ Finally, create a new text document.bat │ Latest Honeywell_DCS_material 58.ppt │ Bentley Lecture Notes.ppt │ Testing Instruments PPT 89 │ Testing Instruments PPT 91 │ Testing Instruments 23.ppt │ Detection technology and instrumentation PPT 122 │ Detection technology and instrumentation PPT 384 │ Detection technology and instrumentation.ppt │ Oval gear flowmeter 83.ppt │ Oval gear flow meter 83.ppt │ Module four level detection instrument 52.ppt │ Module four level detection instrument 52.ppt │ Analog indicating instrument PPT 87 │ Yokogawa CENTUM-CS distributed control system PPT 59 │ Yokogawa CS3000 training FCS configuration 25.ppt │ Yokogawa CS3000 training FCS configuration sequence control function 27.ppt │ Yokogawa CS3000 training HIS configuration introduction 7.ppt │ Yokogawa CS3000 training report function.ppt │ Yokogawa CS3000 training flow chart function.ppt │ Yokogawa CS3000 training hardware composition and system installation.ppt │ Yokogawa CS3000 training system function introduction.ppt │ Yokogawa CS3000 training handout-2.ppt │ Yokogawa CS3000 training handout-3.ppt │ Yokogawa CS3000 training handouts-4.ppt │ Yokogawa CS3000 training handouts-5.ppt │ Yokogawa CS3000 training handouts (1).ppt │ Yokogawa CS3000 training handouts (3).ppt │ Yokogawa CS3000 training handouts (2).ppt │ Yokogawa CS3000 Training Handouts (4).ppt │ Yokogawa CS3000 Engineer Training Materials.ppt │ Analysis and Treatment of Common Faults of Yokogawa Vortex Flowmeter 40.ppt │ Correctly interpret the technical specifications of test instruments and meters PPT 42 │ Gas flow measurement PPT 93 │ Gas flow measurement overview PPT 26 │ Pneumatic solenoid valve PPT 47 │ Pneumatic valve principle and operation 41.ppt │ Gas source device and pneumatic components.ppt │ Oxide analyzer.PPT │ Oxygen analyzer analysis principle PPT 10 │ Zirconia analyzer principle and common troubleshooting methods PPT 33 │ Zirconia analyzer training handout PPT 30 │ Zirconia gas analyzer PPT 12 │ Zirconia mass analyzer training material PPT 28 │ Piston pressure gauge.ppt │ Fluid flow 7-Flow and flow rate measurement PPT 49 │ Process industry industrial control PPT 35 │ Flow instrument technology lecture.ppt │ Flow measurement PPT 27 │ Flow measurement 91.ppt │ Flow measuring instrument 20120816.ppt │ Flow measurement methods and usage issues PPT 86 │ Measurement of flow PPT 17 │ Introduction to flow meters.ppt │ Flow meter training courseware 67.ppt │ Comparison of flow meters.ppt │ A brief discussion of ESD and SIS, interlocking and SIF PPT 40 Zeng Yuling 2021 │ A brief discussion of the automation level of fine chemicals PPT 24 Zeng Yuling │ Measurement and control instrument design PPT 171 │ Introduction to measurement and control technology and instrumentation PPT 15 │ Measurement and error analysis 49.ppt │ Basic knowledge of measuring instruments.ppt │ Measuring gas flow such as orifice plate differential pressure flowmeter PPT 50 │ Measurement system analysis (MSA) and gauge calibration 112.ppt │ Measuring equipment use and maintenance knowledge Thermal instrument measuring equipment 33.ppt │ Measurement error and instrument accuracy.ppt │ Introduction to the DCS system of Zhejiang University Central Control 66.ppt │ Zhejiang University Central Control Advanced Programming Training PPT 142 │ Zhejiang Central Control JX-300X DCS System Training PPT 15 │ Liquid Level Gauge Training Courseware PPT 65 │ Liquid Level Gauge Training Courseware.ppt │ Liquid Level Gauge Courseware 160.ppt │ Liquid level meter courseware handouts 160.ppt │ Temperature effect.ppt │ Temperature detection and instrumentation PPT 61 │ Temperature detection method and instrumentation PPT 42 │ Temperature measurement Chapter 03, 04, 05 55.ppt │ temperature measurement 20120816.ppt │ Temperature measuring instrument.ppt │ Hubei Hongyi Technology quantitative loading system and related instrument product exchange handout PPT 48 │ Relief valve.ppt │ Analysis and treatment of common faults of vortex flowmeter 40.ppt │ Common problems and solutions in the use of chemical instruments in thermal power plants PPT 115 │ Discussion on the design and selection of continuous monitoring systems for flue gas emissions in thermal power plants - Huang Jianlong.ppt │ Thermal measurement and conventional instruments in thermal power plants 43.ppt │ Refining unit online analysis instrument configuration and application technology PPT 132 │ Instruments used in thermoelectric measurement work 22.ppt │ Thermal Instruments PPT 37 │ Thermal Instruments and Automation 331.ppt │ Thermal Instrumentation and Automation PPT 328 │ Thermal Instrumentation and Automation Chapter 1: Overview.ppt │ Thermal instrumentation and automation.ppt │ Thermal instrumentation and automation (applicable to thermal engineering, refrigeration, storage and transportation, and intelligent construction majors) 331.ppt │ Knowledge related to thermal instrument maintenance workers 65.ppt │ Thermal detection and instrumentation 8.ppt │ Thermal Measurement and Instrumentation 73.ppt │ Thermal Measurement and Instrumentation Chapter 6 Flow Measurement and Instrumentation PPT 133 │ Thermal Measurement and Instrumentation (Pressure).ppt │ Thermal Measurement Technology PPT 190 │ Thermal Measurement Technology 28.ppt │ Thermal measurement technology 40.ppt │ Thermal measurement methods and classifications, flow measurement instruments and measurement technology 79.ppt │ Thermal automatic detection technology PPT 682 │ Level measurement 47.ppt │ Integration of control and information management systems in modern large-scale petrochemical enterprises - Huang Buyu PPT 25 │ Field instrument training materials 15 pages.pptx │ Fieldbus PPT 28 │ Introduction to some instrument technologies in production testing rooms 35.ppt │ Production process automation instrumentation and image recognition 184.ppt │ Electronic Measurements and Instruments 29.ppt │ Electronic Measurements and Instruments 52.ppt │ Electronic measurement and instrument complex xl outline 14.ppt │ Electronic measurement technology 39.ppt │ Electrical Instruments and Measurements 27.ppt │ Electrical Instruments and Measurements 83.ppt │ Commonly used electrical instruments and meters PPT 223 │ Electrical measuring instruments PPT 126 │ Electrical contact pressure gauge 13.ppt │ Motor training material PPT 922 │ Analysis and treatment of common faults of motor vortex flowmeter 40.ppt │ Electrical control technology Relay and contactor control technology PPT 50 │ Electrical control technology and applications PPT 40 │ Electrical test principles and commonly used instruments PPT 147 │ Electromagnetic flowmeter 79.ppt │ Analysis of common faults of electromagnetic flowmeter.ppt │ Basic knowledge of solenoid valve.ppt │ Solenoid valve courseware content 38 │ Vacuum pressure gauge 42.pptx │ Petroleum instrumentation PPT 57 │ Petroleum instrumentation and automation PPT 295 │ Petroleum instrumentation and automation PPT 297 │ Application of petrochemical instrumentation.ppt │ Hydrogen sulfide monitoring methods and monitoring instruments 56.ppt │ Introduction to magnetic flap level gauge PPT 25 │ Ion membrane alkali process and control and performance 22.ppt │ Environmental effects of Coriolis mass flow meters 19.ppt │ The working principle of Coriolis mass flowmeter.ppt │ Cologne electromagnetic flowmeter_training 81.ppt │ Introduction to air compressor system 68.ppt │ Chapter 01 Chemical Measuring Instruments Chapter 02 Pressure Measurement 48.ppt │ Chapter 03 Flow Measurement Chapter 04 Level Measurement Chapter 05 Temperature Measurement 74.ppt │ Chapter 10 Instrument Installation PPT 53 │ Chapter 10 Actuator 64.ppt │ Chapter 11 Relay Contactor Control 54.ppt │ Chapter 18 Measurement Uncertainty and Regression Analysis 41.ppt │ Chapter 1 Basic knowledge of electronic measurement and instruments 171.ppt │ Chapter 2 Introduction to Programmable Controllers PPT 451 │ Chapter 2 Time Domain Discrete Signals and Frequency Domain Analysis of Systems 155.ppt │ Chapter 2 Commonly Used Electrical Instruments and Measurements PPT 145 │ Chapter 2 Computer Control Basics of Intelligent Buildings PPT 23 │ Chapter 2 Measurement and Error Analysis 49.ppt │ Chapter 2 Measurement Theory Analysis and Data Processing 136.ppt │ Chapter 2: Basic concepts of automatic control of thermal processes 49.ppt │ Chapter 3 Display Instrument PPT 52 │ Chapter 3 Measurement Loop 21.ppt │ Chapter 3 Direct Digital Controller PPT 20 │ Chapter 3: Dynamic properties of thermal objects 49.ppt │ Chapter 4 Regulator PPT 34 │ Chapter 4 Display Instrument PPT 47 │ Chapter 4_Flow detection and instrumentation 104.ppt │ Chapter 5 Basic network structure and state variable analysis method of time domain discrete systems 71.ppt │ Chapter 5: Thermal control instruments 86.ppt │ Chapter 7 Commonly used electronic measuring instruments PPT 142 │ Chapter 7 Thermal measurement and automatic control of boiler room PPT 42 │ Chapter 7: Thermal process automatic system analysis 67.ppt │ Chapter 8 Flow Measurement Technology 105.ppt │ Chapter 8 Flow Measurement Technology 102 pages.ppt │ Chapter 9 Common Instruments and Tests for Optical Fiber Communication PPT 178 │ Chapter 1 Chemical Testing Instruments.ppt │ Chapter 1?? Chemical Measuring Instruments Chapter 01, 02 48.ppt │ Chapter 7 Electrochemical Oxygen Analyzer (Part 1) PPT 43 │ Chapter 3 Pressure Measurement PPT 96 │ Chapter 3 Pressure Measurement.ppt │ Chapter 3 Detection and Transmission PPT 150 │ Chapter 3 Detection and Transmission PPT 173 │ Chapter 3 Detection and Transmission PPT 96 │ Chapter 3 Flow Detection 44.ppt │ Chapter 3 Combustion Control PPT 52 │ Chapter 3: Section 4 Measurement of Pressure and Flow 24.ppt │ Chapter 3: Section 4 Measurement of Pressure and Flow.ppt │ Lecture 3 Pressure Measuring Instruments 56.ppt │ Chapter 2 Signal Amplification Circuit PPT 44 │ Chapter 2 Coordinated Control PPT 66 │ Chapter 2 Pressure Detection Instrument PPT 48 │ Chapter 2 Detection Instrument PPT 91 │ Chapter 2 Temperature Measurement.ppt │ Chapter 2 Overview of Temperature Measurement 32.ppt │ Chapter 2 Automated Instruments and Process Control PPT 165 │ Chapter 2 Pressure Detection Methods and Instruments.ppt │ Chapter 2 Powder Performance and Its Determination PPT 47 │ Section 2 Basic Principles of Infrared Spectroscopy PPT 35 │ Chapter 5 Water Level Measurement.ppt │ Chapter 5 Liquid Level Measurement PPT 6 │ Chapter 5 Level Measurement PPT 106 pages │ Chapter 5 Electric Energy Measurement 115.ppt │ Chapter 5 Section 5 Introduction to Proximity Switch PPT 7 │ Chapter 5 Steam Temperature Control PPT 37 │ Chapter 8 Composite Control System PPT 14 │ Chapter 6 Feedforward Control System PPT 13 │ Chapter 6 Pressure Measurement PPT 70 │ Chapter 6 Gas Composition Analysis Instruments and Systems PPT 26 │ Chapter 6 Process Control Instrument 41.ppt │ Chapter 6 Display Instrument.ppt │ Chapter 11 FX2N Series Programmable Controller Communication Technology 68.ppt │ Chapter 11 Introduction to Fieldbus Technology 77.ppt │ Chapter 10 Introduction to Modern Instrumental Analysis Methods 150.ppt │ Chapter 4 Root Locus.ppt │ Chapter 4 Level Detection Methods and Instruments.ppt │ Chapter 4 Water Supply Control PPT 36 │ Chapter 4 Automatic Control Instruments PPT 112 │ Chapter 4 Flow Measurement.ppt │ Chapter 7 Flow Speed and Flow Measurement PPT 61 │ Pipeline Bureau Quality Inspector Training--Automated Instrument Engineering PPT 143 │ System debugging.ppt │ Infrared absorption spectrometry 17.ppt │ Combination instrument introduction PPT 37 │ Configuring IO module 15.ppt │ Introduction to configuration functions 243.ppt │ Water supply and drainage process instrumentation and control PPT 174 │ Network and communication training PPT 37 │ Network configuration 16.ppt │ Rosemount valve fault detection.ppt │ Automated instrument PPT 169 │ Automated instrument PPT 265 │ Automated instrument PPT 40 │ Automated instrument PPT 50 │ Automated instrument PPT 61 │ Automated instrument valve PPT 516 │ Automated instrument training PPT 40 │ Automated instrument training handout 80.ppt │ Basic knowledge training of automated instruments.ppt │ Automated instrument engineering installation and debugging-quality training PPT 255 │ Overview of automated instrument construction technology PPT 115 │ Classification of automated instruments PPT 77 │ Selection of automated instruments PPT 171 │ Automated instrument handouts 80.ppt │ Automation instrument handout 80.ppt │ Basic knowledge of automation and instrumentation applications 50.ppt │ Basics of automation control PPT 15 │ Automatic control instruments PPT 23 │ Automatic control principles PPT 51 │ Automatic control principles and systems PPT 615 │ Automatic control instrument installation project 268.ppt │ Automatic control technology lecture PPT 79 │ Matters that should be paid attention to during start-up, shutdown, maintenance and repair of automatic control equipment.ppt │ Automatic control design - automatic control central station technical lecture PPT 55 │ Emerson mass flowmeter common problems and solutions PPT 24 │ Measurement and regulation of steam.ppt │ Siemens valve positioner fault diagnosis.ppt │ Measuring instrument management and calibration 180.ppt │ Inspection and analysis of incorrect wiring of metering devices 29.ppt │ Speed ​​regulating valve.ppt │ Pressure influence in mass flow meter.ppt │ Measurement technology in mass flow meter.ppt │ Mass flow meter instrument exchange.ppt │ Measurement principle of mass flow meter.pps │ Measurement principle and application of mass flow meter 68.ppt │ Mass flow meter installation guide PPT 13 │ Introduction to HOERBIGER reciprocating compressor condition monitoring analyzer PPT 30.ppt │ Rotameter PPT 21 │ Software configuration and download PPT 169 │ Soft measurement technology and application 32.ppt │ Soft sensing technology and applications 43.ppt │ Soft sensing technology and applications 44.ppt │ Soft sensing technology and applications 50.ppt │ Gas pipeline data collection and monitoring SCADA system.ppt │ Over-control (Section 1) 41.ppt │ Overcontrol (Section 2).ppt │ Process instrumentation PPT 241 │ Process instrumentation PPT 242 │ Process parameter detection and instrumentation PPT 42 │ Process modeling and process detection control instrumentation 122.ppt │ Process control instruments PPT 141 │ Process control instruments and devices PPT 167 │ Process control engineering design—Chapter 10 Instrument power supply and gas supply system design 20.ppt │ Process control engineering design—pipeline instrumentation flow chart 40.ppt │ Text codes and graphic symbols for process detection and control systems.ppt │ Process detection technology and instruments PPT 116 │ General analytical instruments 36.ppt │ Papermaking and automatic control PPT 50 │ Gauge instrument calibration management and measurement system analysis technology 25.ppt │ Gauge instrument calibration management and measurement system analysis technology 28.ppt │ Anti-surge controller PPT 63 │ Anti-corrosion diaphragm pressure gauge PPT 6 │ Diaphragm pressure gauge structural principle PPT 8 │ Yasko pressure gauge 82.ppt │ Project 2 Measurement Error Analysis and Use of Digital Multimeter 43.ppt │ High and low temperature experimental instruments.ppt │ Micro Motion mass flow meter customer training 40.ppt │ Advanced Instrumental Analysis Analytical Chemistry Data Processing 37.ppt │ ├─Chemical Instrumentation and Automation │ Chemical Instrumentation and Automation Chapter 10.ppt │ Chemical Instrumentation and Automation Chapter 11.ppt │ Chemical Instrumentation and Automation Chapter 1.ppt │ Chemical Instrumentation and Automation Chapter 2.ppt │ Chemical Instrumentation and Automation Chapter 3 1.ppt │ Chemical Instrumentation and Automation Chapter 3 2.ppt │ Chemical Instrumentation and Automation Chapter 4.ppt │ Chemical Instrumentation and Automation Chapter 5.ppt │ Chemical Instrumentation and Automation Chapter 6.ppt │ Chemical Instrumentation and Automation Chapter 7.ppt │ Chemical Instrumentation and Automation Chapter 8.ppt │ Chemical Instrumentation and Automation Chapter 9.ppt │ Chemical Instrumentation and Automation Practice xl Introduction.ppt │ ├─Chemical Instrumentation and Automation (Fifth Edition) Li Yuming Courseware│Chemical Instrumentation and Automation Chapter 10.ppt │Chemical Instrumentation and Automation Chapter 1.ppt │Chemical Instrumentation and Automation Chapter 2.ppt │Chemical Instrumentation and Automation Chapter 3 108.ppt │ Chemical Instrumentation and Automation Chapter 3 81.ppt │ Chemical Instrumentation and Automation Chapter 4 70.ppt │ Chemical instrumentation and automation Chapter 5.ppt │ Chemical instrumentation and automation Chapter 6.ppt │ Chemical instrumentation and automation Chapter 7.ppt │ Chemical instrumentation and automation Chapter 8.ppt │ Chemical instrumentation and automation Chapter 9.ppt │ Chemical instrumentation and automation practice xl introduction.ppt │ ├─Chemical instrumentation teaching courseware │ Chapter 1 Chemical Testing Instruments.ppt │ ├─North China Institute of Electric Power Thermal Instruments ppt handout │ Chapter 3 Pressure Measurement.ppt │ Chapter 2 Temperature Measurement.ppt │ ├─Industrial Process Control │ Industrial Process Control 1. Introduction.ppt │ Industrial Process Control 11. Predictive Control Principle.ppt │ Industrial Process Control 14. Fluid Transport Equipment Control.ppt │ Industrial process control 15. Heat transfer equipment control.ppt │ Constraint predictive control of industrial process control MIMO system.ppt │ Industrial process control decoupled control of MIMO process.ppt │ Industrial process control control of chemical reactor.ppt │ Compensation of nonlinear gain of industrial process control objects.ppt │ Industrial process control control of distillation tower equipment.ppt │ ├─ Microcomputer control technology 2nd edition │ Microcomputer Control Technology 2nd Edition Chapter 1 Microcomputer Control Technology.ppt │ Microcomputer Control Technology 2nd Edition Chapter 2 Hardware Design Technology of Computer Control Systems.ppt │ Microcomputer Control Technology 2nd Edition Chapter 3 Digital Control Technology.ppt │ Microcomputer Control Technology 2nd Edition Chapter 4 Conventional and Complex Control Technology.ppt │ Microcomputer Control Technology 2nd Edition Chapter 5 Modern Control Technology.ppt │ Microcomputer Control Technology 2nd Edition Chapter 6 Application Design and Implementation Technology.ppt │ Microcomputer Control Technology 2nd Edition Chapter 7 Human-Machine Interface Technology and Monitoring Configuration Software.ppt │ Microcomputer Control Technology 2nd Edition Chapter 8 Distributed Measurement and Control Network Technology.ppt │ Microcomputer Control Technology 2nd Edition Chapter 9 Computer Control System Design and Implementation.ppt │ ├─Digital Signal Processing (Second Edition) Ding Yumei│ Digital signal processing cover.ppt │ Chapter 10 Computer Experiment.ppt │ Chapter 1 Time Domain Discrete Signal and Time Domain Discrete System 101.ppt │ Chapter 3 Discrete Fourier Transform (DFT) 83.ppt │ Chapter 4 Fast Fourier Transform (FFT) 89.ppt │ Chapter 6 Design of Infinite Impulse Response Digital Filter 151.ppt │ Chapter 7 Design of Finite Impulse Response Digital Filter 82.ppt │ Chapter 8 Other Types of Digital Filters 104.ppt │ Chapter 9 Implementation of Digital Signal Processing 74.ppt │ ├─Measurement and control technology and instrument practical ability training courseware │ Multimeter function and use.ppt │ Diode. Transistor. Inductor.ppt │ Instrument electronics experimental basis.ppt │ Signal source function and use.ppt │ Reference material (slideshow master file).ppt │ Reference material (text and xl questions).doc │ Display device.ppt │ Function and use of millivoltmeter.ppt │ Capacitor.ppt │ Resistor.ppt │ Function and use of oscilloscope.ppt │ Function and use of regulated power supply.ppt │ Integrated circuit.ppt │ ├─Principle of automatic control │ ppt-96-03.ppt │ ppt-96-04.ppt │ ppt-96-05.ppt │ ppt-96-06.ppt │ ppt-96-07.ppt │ ppt-96-08.ppt │ ppt-96-09.ppt │ ppt-96-10.ppt │ ppt-96-11.ppt │ ppt-96-12.ppt │ ppt-96-13.ppt │ ppt-96-14.ppt │ ppt-96-15.ppt │ ppt-96-16.ppt │ ppt-96-17.ppt │ ppt-96-18.ppt │ ppt-96-19.ppt │ ppt-96-20.ppt │ Automatic control principle.ppt │ ├─Emerson System 7009 Chinese and English │ 7009-02 simulation process.ppt │ 7009-03 control module.ppt │ 7009-04 alarm.ppt │ 7009-05 motor control.ppt │ 7009-06 control adjustment.ppt │ 7009-07-Sequential function diagram.ppt │ 7009-08-Cascade control.ppt │ 7009-09-Conditional alarm.ppt │ 7009-10-Safety.ppt │ 7009-11-Phase logic module.ppt │ 7009-12Excel add-in).ppt │ 7009.ppt │ ├─Topics on mass flow meters │ 1. Coriolis principle.ppt │ 2. How to interpret the technical parameters of mass flow meters? .ppt │ 3. Installation and wiring of mass flow meter.ppt │ 4. Selection guide and special applications.ppt │ 5. Data configuration.ppt │ 6. Fault diagnosis.ppt │ ├─Process control instruments and computer control devices │ Chapter 04 Other instruments.ppt │ Chapter 06.ppt │ Chapter 07-1.ppt │ Chapter 07-2 Supplement.ppt │ Chapter 07-3 S7.ppt │ Chapter 08.ppt │ Chapter 09.ppt │ Chapter 10.ppt │ Chapter 1 Introduction 04.ppt │ Chapter 3 Section 1 05.ppt │ Chapter 3 Section 3 05.ppt │ Chapter 3 Section 2 05.ppt │ Chapter 2 Section 1 05.ppt │ Chapter 2 Section 3 05.ppt │ Chapter 2 Section 2 05.ppt │ Chapter 5 Actuator 05.ppt │ ├─Process control engineering │ Process control engineering 1. Introduction.ppt │ Process control engineering 10. Decoupled control.ppt │ Process control engineering 11. Predictive control principle.ppt │ Process control engineering 13. Nonlinear compensation.ppt │ Process control engineering 16. Distillation tower control.ppt │ Process control engineering 17. Reactor control.ppt │ Process control engineering 2. Control system performance indicators and PID control law.ppt │ Process control engineering 4. Parameter tuning and application of PID controller.ppt │ Process control engineering 5. Cascade control system.ppt │ Process control engineering 6. Feedforward control system.ppt │ Process control engineering 7. Ratio control.ppt │ Process control engineering 8. Liquid level uniform control.ppt │ Process control engineering 9. Selective control and split-range control.ppt │ ├─Process control engineering design│ Process control engineering design Chapter 1_Automatic control engineering design tasks and method steps.ppt │ Process control engineering design Chapter 7_Design principles of control room.ppt │ Process control engineering design Chapter 2_Automatic control plan.ppt │ Process control engineering design Chapter 5_Computer monitoring system and information management system.ppt │ Process control engineering design Chapter 8_System connection.ppt │ Process control engineering design Chapter 6_Selection of automatic control equipment.ppt │ Process Control Engineering Design Chapter 13_Other files involved in automatic control design.ppt │ Process Control Engineering Design Chapter 14_Construction, trial operation and acceptance of automatic control projects.ppt │ Chapter 10 of Process Control Engineering Design_Instrument power supply and gas supply system design.ppt │ Process control engineering design Chapter 4_Design of sequential control system.ppt │ ├─Process Control Tutorial│ Process Control Tutorial 01 Process Control Overview.ppt │ Process Control Tutorial 02 Quality Index of Process Control.ppt │ Process Control Tutorial 04 Wiring.ppt │ Process Control Tutorial 06 Detection Technology 1.ppt │ Process Control Tutorial 07 Detection Technology 2.ppt │ Process Control Tutorial 08 Actuator.ppt │ Process control tutorial 10 Process mathematical model.ppt │ Process control tutorial 11 single loop control.ppt │ Process control tutorial 12 Regulation law.ppt │ Process control tutorial 13 controller parameter tuning.ppt │ Process control tutorial 14 cascade control.ppt │ Process control tutorial 15 feedforward control.ppt │ Process control tutorial 16 ratio control.ppt │ Process Control Tutorial 18 Process Computer Control System.ppt │ └─Process Automation and Instrumentation Process Automation and Instrumentation Chapter 7.ppt Process Automation and Instrumentation Chapter 5 52.ppt Process Automation and Instrumentation Chapter 8 90.ppt Process Automation and Instrumentation Chapter 6 95.ppt Process Automation and Instrumentation Chapter 10 80.ppt Process Automation and Instrumentation Chapter 4.ppt