26 Instrument Safety Data List

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│ ├─26.1 Instrument safety standards │ │ CJ 266-2008 Drinking water cold water meter safety rules │ │ DB22T 3070-2019 Furfural enterprise safety production automation control technical specifications │ │ DB65T 4450-2021 Rural water supply project automated monitoring and information management system design guidelines │ │ GB 18523-2001 Safety requirements for hydrological instruments │ │ GB 26788-2011 General safety specifications for elastic pressure instruments │ │ GB 29812-2013 Safety of industrial process control analysis cabins │ │ GB 30439.1-2013 Safety requirements for industrial automation products Part 1: General │ │ GB 30439.10-2014 Safety Requirements for Industrial Automation Products Part 10: Safety requirements for recording instruments │ │ GB 30439.2-2013 Safety requirements for industrial automation products Part 2: Safety requirements for pressure differential pressure transmitters │ │ GB 30439.3-2013 Safety requirements for industrial automation products Part 3: Safety requirements for temperature transmitters │ │ GB 30439.4-2013 Safety requirements for industrial automation products Part 4: Safety requirements for control valves │ │ GB 30439.5-2013 Safety requirements for industrial automation products Part 5: Safety requirements for flow meters │ │ GB 30439.6-2014 Safety requirements for industrial automation products Part 6: Safety requirements for solenoid valves │ │ GB 30439.7-2014 Safety requirements for industrial automation products Part 7: Safety requirements for loop regulators │ │ GB 30439.8-2014 Safety requirements for industrial automation products Part 8: Safety requirements for electric actuators │ │ GB 30439.9-2014 Safety requirements for industrial automation products Part 9: Safety requirements for digital display instruments │ │ GBT 19661.1-2005 Safety requirements for nuclear instruments and systems Part 1: General Requirements │ │ GBT 19661.2-2015 Safety Requirements for Nuclear Instruments and Systems Part 2: Structural requirements and classification of radioactive measuring meters │ │ GBT 21109.1-2007 Functional safety of safety instrumented systems in the process industry Part 1: Framework, definitions, systems, hardware and software requirements │ │ GBT 21109.2-2007 Functional safety of safety instrumented systems in the process industry Part 2: Application Guide for GB-T 21109.1 │ │ GBT 21109.3-2007 Functional safety of safety instrumented systems in the process industry Part 3: Guidance for determining the required safety integrity level │ │ │ GBT 26329-2010 Guide to safe installation and operating procedures for pneumatic instruments powered by process associated gases │ │ │ GBT 28471.1-2012 Isolating safety barriers for industrial process measurement and control systems Part 1: General technical conditions │ │ GBT 28471.2-2012 Isolated safety barriers for industrial process measurement and control systems Part 2: Performance assessment method │ │ GBT 29308-2012 Aging management requirements for instruments and control systems important to safety in nuclear power plants │ │ GBT 32710.1-2016 Safety requirements for environmental test instruments and equipment Part 1: General │ │ GBT 32710.10-2016 Safety Specifications for Environmental Testing Instruments and Equipment Part 10: Electric drying oven and electric blast drying oven │ │ GBT 32710.11-2016 Safety Specifications for Environmental Testing Instruments and Equipment Part 11: Air thermal aging test chamber │ │ GBT 32710.12-2016 Safety Specifications for Environmental Testing Instruments and Equipment Part 12: Salt tank │ │ GBT 32710.13-2016 Safety Specifications for Environmental Testing Instruments and Equipment Part 13: Oscillators, oscillating constant-temperature water tanks and oscillating constant-temperature incubators │ │ GBT 32710.2-2016 Safety Specifications for Environmental Test Instruments and Equipment Part 2: Low temperature constant temperature circulation device │ │ GBT 32710.3-2016 Safety Specifications for Environmental Test Instruments and Equipment Part 3: Low temperature thermostat││GBT 32710.4-2016 Safety Specifications for Environmental Test Instruments and Equipment Part 4: High temperature constant temperature circulation device │ │ GBT 32710.5-2016 Safety Specifications for Environmental Testing Instruments and Equipment Part 5: High Temperature Thermostat││GBT 32710.6-2016 Safety Specifications for Environmental Testing Instruments and Equipment Part 6: Bioartificial climate test chamber │ │ GBT 32710.7-2016 Safety Specifications for Environmental Test Instruments and Equipment Part 7: Climate environment test chamber │ │ GBT 32710.8-2016 Safety Specifications for Environmental Test Instruments and Equipment Part 8: Biochemical incubator │ │ GBT 32710.9-2016 Safety Specifications for Environmental Test Instruments and Equipment Part 9: Electric heating constant temperature incubator│ │ GBT 35734-2017 Classification, safety requirements and testing of portable tube excited GBT 41143-2021 Nuclear power plant instrumentation and control terminology │ │ GBT 50770-2013 Petrochemical safety instrument system design specifications │ │ JJG (chemical) 8-1989 DDZ-Ⅲ series electric unit combination instrument safety barrier verification procedures │ │ MT 706-2007 General and mining intrinsically safe safety barrier │ │ MT 718-2007 Mine flameproof and intrinsically safe safety barrier │ │ MTT 154.10 Coal mine safety instrumentation product model compilation method and management method │ │ MTT 737-2007 Calorimeter oxygen bomb safety performance inspection specifications │ │ NBT 20019-2010 Aging screening and derating of electronic components for safety-level instruments and control equipment in nuclear power plants... │ │ NBT 20026-2014 General requirements for instruments and control systems important to safety of nuclear power plants │ │ NBT 20029-2010 Instruments and control systems important to safety of nuclear power plants Radiation monitoring in buildings │ │ NBT 20054-2011 Computer software for instrumentation and control systems important to safety in nuclear power plants that perform Class A functions │ │ NBT 20060-2012 Isolation guidelines for instruments and control systems important to safety in nuclear power plants │ │ NBT 20065-2012 Requirements for the installation and layout of sensors and transmitters important to safety in nuclear power plants │ │ NBT 20068-2012 Requirements for instruments and control systems important to safety in nuclear power plants to cope with common cause failures │ │ │ NBT 20069-2012 Performance supervision test of instrument channels important to safety in nuclear power plants │ │ │ NBT 20071-2012 Power supply requirements for instruments and control systems important to safety in nuclear power plants │ │ NBT 20072-2012 Determination and maintenance of instrument trigger settings for safety systems in nuclear power plants │ │ NBT 20087-2012 Guidelines for Aging Management of Nuclear Power Plant Safety-Important Instruments and Control Cables│ │ │ NBT 20148-2012 Nuclear Power Plant Safety-Important Instruments Resistance Thermometer│ │ NBT 20149-2012 Nuclear Power Plant Safety-Important Pressure Transmitter Qualification Procedures│ │ NBT 20197.3-2014 Nuclear power plant instrumentation and control equipment reliability and aging testing Part 3: Power Supply │ │ NBT 20217-2013 Technical Regulations for the Installation of Process Instruments Important to Safety in Nuclear Power Plants │ │ │ NBT 20218-2013 Electromagnetic Compatibility Test Requirements for Instruments and Control Equipment Important to Safety in Nuclear Power Plants │ │ NBT 20228-2013 Type Tests of Sensitive Components and Sensors of Instruments and Control Systems Important to Safety in Nuclear Power Plants │ │ NBT 20229-2013 Type test of electrical modules of instrumentation and control systems important to safety in nuclear power plants │ │ NBT 20237-2013 Technical regulations for the installation of instrumentation pipelines important to safety in nuclear power plants │ │ NBT 20255-2013 Design guidelines for instrumentation piping important to safety in nuclear power plants │ │ NBT 20298-2014 Hardware design requirements for digital instrumentation and control systems important to safety in nuclear power plants │ │ NBT 20300-2014 Development of HDL programmable integrated circuits for instrumentation and control systems important to safety of nuclear power plants that perform Class A functions │ │ NBT 20300-2014 Development of HDL programmable integrated circuits for instrumentation and control systems important to safety of nuclear power plants that perform Class A functions │ │ NBT 20318-2014 Nuclear power plant safety important instrument pressure transmitter │ │ NBT 20318-2014 Nuclear power plant safety important instrument pressure transmitter │ │ NBT 20342-2015 Nuclear power plant safety important instrumentation and control system data communication in the system performing Class A functions │ │ NBT 20348-2015 Technical Regulations for the Installation and Testing of Permanent Instrumentation Systems in Containment Vessels of Pressurized Water Reactor Nuclear Power Plants │ │ │ NBT 20375-2016 Thermocouple Thermometers Important to Safety in Nuclear Power Plants │ │ NBZ 20250-2013 Decision Guide for Updating and Renovation of Instruments and Control Systems Important to Safety in Nuclear Power Plants │ │ NBZ 20326-2014 Analysis method for uncertainty of trigger setting value of nuclear power plant safety system instrument │ │ QGDW 11578-2016 Technical Supervision Guidelines for Hydropower Station Thermal Instrumentation and Control Systems │ │ QSY 06505.3-2016 Refining and Chemical Engineering Instrument Automation Design Specification Part 3: Safety Instrumented System (SIS) │ │ QSY 1595-2013 Specifications for Operation and Maintenance of Oil and Gas Pipeline Safety Instrumented Systems │ │ SHB Z06-1999 Design Guidelines for Emergency Shutdown and Safety Interlocking Systems in Petrochemical Industry │ │ SL 530-2012 Inspection and Testing Procedures for Dam Safety Monitoring Instruments (Additional Provisions) │ │ SL 531-2012 Dam safety monitoring instrument installation standards │ │ SL 621-2013 Dam safety monitoring instrument scrapping standards │ │ SYT 7351-2016 Oil and gas field engineering safety instrumentation system design specifications │ │ TBT 3490-2017 Locomotive and rolling stock high-voltage safety interlocking technical conditions │ │ TCIS 71001-2021 Guidelines for Preparation of Safety Requirements Specifications for Chemical Safety Instrument Systems│ │ TCIS 71007-2021 Guidelines for Preparation of Safety Requirements Specifications for Chemical Safety Instruments│ │ WST 659-2019 Multi-parameter Monitor Safety Management│ │ New text document.bat │ │ │ └─ Collection of automatic control standards and specifications - V2021 │ Solution to open blank chm file.doc │ Collection of automatic control standards and specifications - V2021.chm │ ├─26.10 Instrument safety emergency plan and rescue │ DCS control system accident site disposal plan modification.docx │ DCS power outage emergency plan.doc │ Instrument repair branch important instrument accident operation plan 61 │ Instrument DCS system accident emergency plan 2.doc │ Instrument Accident Emergency Plan 17 │ Instrument Accident Emergency Plan 14.doc │ Instrument Accident Emergency Plan 8 │ Instrument Accident Plan 12 │ Instrument Wind Stop Accident Handling Plan 1 │ Instrument Air Main Pipe Pressure Low Accident Emergency Plan 6.doc │ Operation plan for important chemical instrument accidents 57 │ Coal chemical industry instrument workshop safety accident emergency rescue plan.DOC │ PVC workshop instrument gas accident on-site treatment plan 54 │ Automatic control system emergency plan.doc │ ├─26.2 Instrument safety * * Local Industry Enterprise Regulations and Legal Forms │ (OA Automation) Shandong Provincial Work Safety Bureau’s Document on Promoting the Automation of Chemical Enterprises in 2020.doc │ ST-00-TIJ-CI-0001-A01 SIS Functional Safety Management Strategy.doc │ Safety Responsibilities of Instrument Professional Positions (Trial).doc │ List of Commonly Used Laws, Regulations, and Standards in the Instrument Professional 1.xlsx │ Guiding Opinions on Strengthening the Management of Chemical Safety Instrument Systems No. 116 [2014] of the Work Safety Supervisor │ Regarding the implementation of the "Notice of the State Council on Further Strengthening Enterprise Safety Production Work" by hazardous chemicals enterprises Safety Supervision General 3 [2010] No. 186 │ Opinions on Promoting the Transformation of Automation Control and Safety Interlocking Technology in Chemical Enterprises Lu'an Jianfa [2008] No. 149.doc │ Notice on Earnestly Doing a Good Job in the Second and First Adjustment of Key Regulatory Automation Control Transformation of Hazardous Chemical Processes Lu'an Jianfa No. 16.doc │ Notice on Further Standardizing the Transformation of Automatic Control Technology of Hazardous Chemical Processes Xian Jian [2010] No. 113.doc │ Safety Production Training Outline and Assessment Standards for Special Operators of Chemical Automation Control Instruments 17.doc │ Guiding Opinions on the Management of Chemical Safety Instrument Systems for Hazardous Chemical Production and Storage Enterprises People of Yuxi City, Yunnan Province * * 2022.2.17.docx │ Interim Provisions on the Supervision and Management of Major Hazardous Sources of Hazardous Chemicals * * Order No. 40 of the State Administration of Work Safety 2011.8.5.doc │ Management Measures for the Use of Pressure Gauges.doc │ Regulations on Classified Management of Pressure Gauges.doc │ * * Order of the State Administration of Work Safety "Interim Provisions on the Supervision and Management of Major Hazardous Sources of Hazardous Chemicals" No. 40.doc │ * * Interim Provisions on the Supervision and Administration of Major Hazardous Sources of Hazardous Chemicals issued by the State Administration of Work Safety No. 40 │ * * Interim Provisions on the Supervision and Management of Major Hazardous Sources of Hazardous Chemicals, Order No. 40 of the State Administration of Work Safety.docx │ * * Notice of the State Administration of Work Safety on promulgating the second batch of catalogs of hazardous chemical processes under key supervision and adjusting some typical processes in the first batch of hazardous chemical processes under key supervision. Notice of the State Administration of Work Safety No. 3 [2013] │ * * Notice of the State Administration of Work Safety and the Ministry of Housing and Urban-Rural Development on Further Strengthening the Safety Design Management of Hazardous Chemical Construction Projects - Work Safety Supervision General Manager 3 [2013] No. 76.doc │ * * Notice of the State Administration of Work Safety on the publication of the first batch of catalogs of hazardous chemical processes that are subject to key supervision. Work Safety Supervision General Manager III (2009) No. 116.doc │ * * Guiding Opinions of the State Administration of Work Safety on Strengthening the Management of Chemical Safety Instrument Systems (Work Safety Supervisor III [2014] No. 116) │ Safety Instrument Grading Standards 1.docx │ Shandong Province Hazardous Chemical Process Automation Control Transformation Standards 2011.8.doc │ Minutes of the Guangdong Provincial Safety Supervision Association’s Seminar on Hazardous Process Automation Transformation Technology for Hazardous Chemical Enterprises Guangdong Provincial Work Safety Association Secretariat September 6, 2010.doc │ Catalog of Key Supervision of Hazardous Chemical Processes (Full Version) Work Safety Supervision Manager No. 3.doc │ ├─26.3 Instrument Safety Checklist │ Instrument Professional Safety Checklist 2 (1).xls │ Instrument Professional Safety Checklist 2.xls │ Instrument Professional Safety Checklist 3.doc │ Instrument specific safety checklist 7.docx │ Instrument Safety Checklist 4.doc │ Instrument Safety Checklist 6.doc │ Instrument Safety Checklist 7.doc │ Instrument Safety Checklist.doc │ Instrument System Safety Checklist 4.doc │ Instrument system safety monitoring form 1.xls │ Instrument Automation Safety Checklist.doc │ Instrument Facility Safety Checklist 1.doc │ Comprehensive Safety Checklist for Instrument Workshop 2.xls │ Daily safety checklist for pressure gauges, liquid level gauges, and temperature measuring instruments 1.doc │ Kenli Petrochemical Company Instrument Equipment Safety Checklist.doc │ Safety Instrument and Automatic Control Checklist 4.doc │ Safety instrumentation and automatic control checklist 7.docx │ Safety checklist analysis and risk assessment (electricians, instruments) 7.doc │ Special Safety Checklist for Electrical Instruments 1.doc │ Monitoring Instrument Safety Checklist 4.doc │ Project Instrumentation Engineering Acceptance Checklist 14.xlsx │ ├─26.4 Instrument Safety Courseware│ Instrument Safety Technology Training 33.ppt │ Common faults in instrument installation, analysis and prevention 47.ppt │ Summary of instrument problems.ppt │ Accelerate automation transformation and strengthen three-year actions to implement safety production responsibilities PPT 23 Luan Jihe 2021 │ Chemical instrument maintenance and accident prevention PPT 41 │ Safety instruments in chemical installations 18.ppt │ Implementation Guidelines for Accident Hazard Investigation and Management of Hazardous Chemical Enterprises - Instrument System Hidden Hazard Investigation PPT 21 │ Safety Instrument Training (Combustible Gas Detection) 33.ppt │ Safety instrument technical training.ppt │ Safety instrumented system PPT 47 │ Safety instrumented system intrinsic safety improvement and risk analysis management PPT 45 Feng Shuanghu │ Safety instrumented system selection guidance and technical trends Xiao Yun PPT 50 │ Safety instrumented system (SIS) life cycle management PPT 24 Liu Feng │ The importance of cut-off devices in safety interlocking and the design plan of emergency cut-off valves - Design plan of emergency cut-off valves for petrochemical industry Sinopec Luoyang Engineering Co., Ltd. 70 pages │ Typical accident case analysis courseware of control instruments and control systems PPT 21 │ Full life cycle and safety solutions of control valves PPT 22 Ma Yunyan 20210908--Zhejiang Linuo │ Modern large-scale petrochemical enterprise safety instrument system design and application PPT 28 │ Design and Application of Safety Instrument Systems in Modern Large-Scale Petrochemical Enterprises (New Edition) 2.ppt │ Chapter 3_Signal alarm and safety interlocking system design.ppt │ Discussion of some issues in automatic control safety design standards and specifications PPT 31 Li Junmin 20210901 │ Sharing experience in safety instrument renovation of old equipment of Chongqing Huafeng Chemical PPT 38 Zhang Ginkgo │ Attachment 2＿Intrinsically safe instrument system safety assessment criteria PPT 16 │ ├─26.5 Instrument safety paper │ CS3000 system safety solution │ An example of DCS technical transformation using DCS system chemical instrument safety interlock system │ Discussion of PKS network structure and security │ Cause analysis and improvement methods of SCADA system safety interlock malfunction │ SIS safety interlock function availability analysis │ Hydrogen production unit safety instrument system engineering design │ Functional safety technology lecture 7 Lecture 7 Preparation for functional safety certification of safety instruments and equipment │ Functional Safety Technology Lecture Lecture 8 Failure Analysis and Control of Safety Instrument Systems and Equipment │ Method for predicting the failure probability of safety instrument systems under functional test conditions │ Discussion on the implementation strategy of safety instrument systems in chemical enterprises │ Discussion on the design of chemical safety instrument systems │ Discussion and treatment of failure causes of safety interlock devices in chemical engineering │ Application of safety instrument systems in chemical installations │ Research and practice of application safety of nuclear instruments in chemical projects │ Discussion on safety instrument function analysis methods based on cause and effect tables │ DCS network security strategy for large-scale refining and chemical integration projects │ Calculation of reliability and malfunction probability of safety instrument loop transformation │ Analysis of reliability and availability of safety instruments │ Commonality and connection between safety instrument systems and process control systems │ Analysis of redundant configuration of sensors in safety instrument systems │ Settings of measuring instruments in safety instrument systems │ Application of safety instrument systems in butadiene extraction units │ Design and application of safety instrumented system in chloroacetic acid project │ Application of safety instrumented system in the transformation of interlocking system of aromatic hydrocarbon complex unit │ On-site reliability data collection and processing method of safety instrumented system │ Discussion on loop design of safety instrumented system │ Implementation and application of safety instrumented system │ Engineering design of safety instrumented system │ Design of safety instrumented system │ Design and implementation of safety interlocking │ Selection and application of safety interlocking systems in chemical processes │ Whether safety interlocking systems can be implemented in DCS │ Reliability and availability analysis of safety interlocking systems │ Key points in the design of safety interlocking systems │ Application of safety interlocking system evaluation in petrochemical plants │ Safety interlocking protection systems for closed conveying processes │ Implementation methods and evaluation of functional safety of industrial control software │ Design requirements and implementation of factory safety instrumentation systems │ Design of safety instrument system for atmospheric low-temperature ethylene storage tanks │ Discussion of safety interlock of delayed coking unit │ Discussion of reasons affecting the use of safety instrument system interlock │ Instrument design of safety system of Texaco coal-water slurry pressurized gasifier │ Application of bus safety barrier in oil refining projects │ Discussion of SIL assessment in safety instrument system of ammonia synthesis unit │ Safety protection design of control room Huang Yanping │ A brief analysis of the installation and construction technology of instrument pressure pipe ferrule connectors │ A brief analysis of the use of automation technology in the safety management of oil and gas transmission pipelines │ Determination of the safety integrity level of offshore oil platform safety instrumentation systems │ Discussion on the safety interlocking system of ash-fusion polyfluidized bed pulverized coal gasification │ The application of environmentally friendly external measuring liquid level gauges on liquid ammonia storage tanks │ Engineering design of intrinsic safety of field bus control systems │ Petrochemical plant safety level and design of safety instrument system │ Petrochemical plant safety interlocking system_SIS_Discussion on commonly used assessment methods │ Discussion on intrinsic safety design of petrochemical instrumentation │ Research on intrinsic safety design of petrochemical instrumentation │ Design and research of human-machine interface of petrochemical safety instrumentation system │ Discussion on the design and implementation of petrochemical safety instrumentation system │ Discussion of safety power supply system of petrochemical electrical instrumentation │ Design of safety instrumentation system of petrochemical equipment │ Design of emergency stop and safety interlocking system │ Discussion of intrinsic safety characteristics of computer and instrument signal cables │ Ultrasonic gas mass flowmeter is used in refinery gas safety monitoring │ Progress in computer-aided safety protection layer analysis technology in process industry │ Reliability and safety analysis of safety instrumentation system of heavy oil catalytic device │ Research on safety interlocking of intermittent process computer control system │ Design of safety instrumentation system of gas gathering treatment station │ Special automatic control measures and instruments related to safety of high-pressure polyethylene plant │ ├─26.6 Instrument safety accident case │ Instrument DCS system accident emergency plan 4 │ Instrument accident cases 3.doc │ Instrument accident case 4 │ Instrument accident case 5 │ Instrument accident case list 2.docx │ Instrument accident cases 2 │ Hundreds of instrument accident cases 6 │ Typical instrument accident cases 2 │ Typical instrument accident cases 3 │ Accident cases caused by instrument failure 5 │ Accident cases caused by instrument failure.doc │ Instrument workshop accident emergency plan [latest selection] 76 │ Chemical instrument accident cases 15 │ Chemical instrument accident cases 1 │ Chemical instrument accident cases 2 │ Analysis and summary of automatic control and field instrument failure cases in machine repair shop instrument workshop 147.doc │ Analysis of Typical Accident Cases of Electrical Instrumentation in Refining and Chemical Enterprises 48 │ Accident Case of Solenoid Valve Leaking Instrument Air.doc │ Safety Accident Cases Related to Automation Instruments 5.docx │ Cases of safety accidents related to automation instruments │ Safety accidents caused by equipment and instrument workers who were unfamiliar with the system and dismantled valves without permission 1 │ ├─26.8 Instrument Safety Manual │ Instrument Quality Inspection Standards and Safety Evaluation Manual Volumes 1-3 │ Application of Safety Instrumented Systems in Process Industry Zhang Jianguo 291 │ Safety Instrumented System Engineering Design and Application 2nd Edition Paul Gruhn, PECFSE, Harry Cheddie 2017 Edition │ Safety Monitoring Monitoring Principles and Instruments Li Runqiu, Editor-in-Chief Zhou Lihua 2018 Edition │ └─26.9 Instrument Safety General Information 01 Instrument Test Questions 1.doc SIS Safety Instrumented System.doc Application of SIS Safety Instrumented System in Ethylene Plant Transformation .doc.doc Integrated safety barrier modification and on-site instrument troubleshooting.doc List of major risk factors in the instrumentation and control profession.doc Blockage of instrument pressure ducts8 Instrument pressure tube pressure test or job hazard analysis (JHA) record sheet Instrument intrinsic safety explosion-proof technology and its application in chemical industry sites.doc Incidents and conditions of instrument workshop accidents 2 Instrument workshop risk control measures ledger (20060112).doc Implementation plan for the transformation of hazardous process automation control and safety interlocking technology in chemical enterprises 2013.1.7.doc Safety instrumented system design and SIL calculation method.doc Safety instrumented system design and SIL calculation method Safety system - an important application field of PLC.doc Three requirements to pay attention to in the new version of "Petrochemical Instrument Grounding Design Code".doc