HG/T 20638-1998 Provisions on the depth of engineering design documents for automatic control
Some standard content:
Document of the State Administration of Petroleum and Chemical Industry
Guo Shi Hua Jian Fa (1998) No. 84
Notice on the issuance of nine industry standards including "Regulations on the Layout and Design of Chemical Plant Piping"
To the chemical industry departments (bureaus, companies) of all provinces, autonomous regions, municipalities directly under the Central Government, and cities with independent planning status, and all relevant units: The nine standards including "Regulations on the Layout and Design of Chemical Plant Piping" organized and compiled by the relevant design and technology centers have been approved as recommended industry standards after review and will be implemented from January 1, 1999. The standard name, number, organization unit, and editor-in-chief unit are detailed in the table below, and the National Chemical Engineering Construction Standard Editing Center is responsible for publishing and issuing. State Administration of Petroleum and Chemical Industry
June 22, 1998
Standard Name
Design Specifications for Piping Layout of Chemical Plants
Design Specifications for Automatic Control Engineering of Chemical Plants
Regulations on the Management of Automatic Control Professional Design
Regulations on the Preparation of Automatic Control Professional Engineering Design Documents
Regulations on the Depth of Automatic Control Professional Engineering Design Documents
Typical
Charts and Standard Catalog for Automatic Control Professional Engineering Design
Design Specifications for Piping Machinery of Chemical Plants
Regulations on Overall Model Design
Regulations on Equipment Layout Model Design
Design Specifications for General Layout Transportation of Chemical Enterprises
Chemical Enterprise Automobile Transportation Design Operation Cost Calculation Provisions Chemical Enterprise Railway Transportation Design Operation Cost Calculation Provisions HG/T20549--
HG/T20636-
HG/T20637-
HG/T20638-
HG/T20639-
HG/T20645-
HG/T20647-
HG/T20648—
HG/T20649-
HG/T20650-
HG/T20651-
Organizing Unit|| tt||National Chemical Process Piping Design Technology Center Station
National Chemical Automatic Control Design Technology Center Station
National Chemical Process Piping Design Technology Center Station
National Chemical Model Design Technology Center Station
National Chemical Model Design Technology Center Station
National Chemical General Layout Transportation Design Technology Center Station
National Chemical General Layout Transportation Design Technology Center Station
National Chemical General Layout Transportation Design Technology Center Station
Editor-in-chief
National Chemical Process Piping Design Technology Center Station
Design Technology Center Station
China Chengda Chemical Engineering Co., Ltd.
China Chengda Chemical Engineering Co., Ltd.
National Chemical Model Design Technology Center Station
National Chemical Model Design Technology Center Station
National Chemical General Layout Transportation Design Technology Center Station
China Tianchen Chemical Engineering Co., Ltd.
Jilin Chemical Group Design Institute
Industry Standards of the People's Republic of China
International General Design System and Methods
HG/T20638~20639-1998
Chemical Plant Automatic Control Engineering
Design Regulations
Engineering Code for Instrumentation in Chemical Plant (Volume 2)
Published on 1998-06-22
State Administration of Petroleum and Chemical Industry
1999 - 01 -- 01
Industry Standard of the People's Republic of China
Automation Engineering of Chemical Plant
Design Regulations
Engineering Code for Instrumentation in Chemical PlantHG/T20638~20639-1998
Main editor: National Chemical Automation Control Design Technology Center Station, etc. Approval department: State Petroleum and Chemical Industry Bureau Implementation date: January 1, 1999 National Chemical Engineering Construction Standard Editing Center 1999 Beijing
"Chemical Plant Automation Control Engineering Design Regulations" (HG/T20636~20639) is based on the former Ministry of Chemical Industry Construction Coordination Department (1996) Chemical Construction Standard No. 90 "1996 Design Basic Work Plan" task, organized by the National Chemical Automation Control Design Technology Center Station (formerly the Ministry of Chemical Industry Chemical Automation Control Design Technology Center Station, the same below), in order to promote the international general design system and method (referred to as the "new system"), summarize the domestic and foreign automatic control engineering design experience, and compile it in line with international standards.
The so-called "new system" is the international general design system. The international general design system is the product of scientific and technological and economic development in the 20th century, and has become a universal international engineering company model in the world today. According to the international general design system, it is beneficial for engineering companies to undertake the general contracting of engineering construction projects and implement the "three major controls" (progress control, quality control and cost control) on projects. It is also a necessary condition for engineering companies to participate in international cooperation and international competition and enter the international market. Internationally, the entire design process is usually divided into two major design stages: process design (basic design) undertaken by the patent holder and engineering design undertaken by the engineering company; engineering design is further divided into two stages: basic engineering design and detailed engineering design.
In the procedures of the current design system in my country, before starting the basic engineering design work, the engineering company needs to form the patent holder's process design (basic design) into a preliminary design for reporting to relevant departments and users for approval. Therefore, the term "preliminary design" is retained in the relevant work content of engineering design of engineering companies in this regulation. During the two stages of engineering design, professional design documents will be divided into various editions, and the content will be published from shallow to deep.
For system/pipeline majors, seven editions of design are generally required. These seven editions are listed as follows. Four versions are prepared during the basic engineering design phase:
1. Preliminary version (referred to as "A" version); Www.bzxZ.net
2. Internal review version (referred to as "B\ version); 3. User review version (referred to as "C" version); 4. Confirmation version (referred to as "D" version).
Three versions are prepared during the detailed engineering design phase:
1. Detailed version 1 (or research version, referred to as "E" version); 2. Detailed version 2 (or design version, referred to as "F" version); 3. Construction version (referred to as "G" version).
It should be noted that, based on experience, the chemical industry stipulates that for large-scale, newly built chemical, petrochemical and other equipment, during the engineering design phase, the "Pipeline Instrument Flow Diagram" ( Seven editions of "P&ID", seven editions of "Equipment Layout" and four editions of "Pipeline Layout". For each engineering project, according to the characteristics of the project and the designer's familiarity with the project, several editions, all editions or additional editions can be published. The design documents of the automatic control specialty will correspond to the editions published in the above-mentioned design documents (drawings). In accordance with the requirements of the "new system" of design, the work of the automatic control specialty engineering design stage can be summarized into the following six aspects:
Draw the process control diagram (PCD) according to the monitoring conditions proposed by the process specialty; (1)
Cooperate with the system specialty to draw various versions of the pipeline instrument flow chart (P&ID); (2)||t t||Collect and study users' opinions on P&ID and instrument design regulations; (3)
Prepare instrument purchase requisitions and cooperate with the purchasing department to purchase instruments and materials (4)
(5) Determine the relevant drawings of the instrument manufacturer, submit the instrument interface conditions according to the technical documents returned by the instrument manufacturer, and carry out relevant design work;
(6) Prepare (draw) the final automatic control engineering design documents. "Chemical Plant Automatic Control Engineering Design Regulations" is an industry standard that comprehensively compiles the design procedures, design methods, design content, design management and other regulations involved in the above 6 tasks, as well as the diagrams, standards and specifications required for engineering design. It is relatively comprehensive. It fully reflects the characteristics of the "new system" of strict design division of labor, scientific work procedures, detailed and standardized design documents, strict design management, excellent work quality and design quality. It also reflects the various requirements of ISO9001 standard for design quality assurance. This standard is applicable to the automatic control professional engineering design in the chemical, petrochemical, petroleum, textile, national defense and other industries. "Chemical Plant Automatic Control Engineering Design Regulations" includes 4 chemical industry standards, with a total of 22 sub-regulations, which are:
1: "Automatic Control Professional Design Management Regulations" (HG/T20636) (including 10 sub-regulations) 1 "Automatic Control Professional Scope of Duties" (HG/T20636.1) 2 "Relationship between the design conditions of automatic control and process and system" (HG/T20636.2): 3 "Division of design between automatic control and pipeline" (HG/T20636.3) 4 "Division of design between automatic control and electrical" (HG/T20636.4) 5 "Division of design between automatic control and telecommunications, pumps and safety (fire protection)" (HG/T20636.5) · 2.
6 "Tasks of engineering design of automatic control" (HG /T20636.6) 7 "Automatic Control Engineering Design Procedure" (HG/T20636.7) 8 "Automatic Control Engineering Design Quality Assurance Procedure" (HG/T20636.8) 9 "Automatic Control Engineering Design Document Review Summary" (HG/T20636.9) 10 "Automatic Control Engineering Design Various Documents Control Procedure" (HG/T20636.10) 2: "Automatic Control Engineering Design Document Preparation Regulations" (HG/T20637) (including 8 1 "Composition and preparation of automatic control engineering design documents" (HG/T20637.1) 2 "Graphic symbols and text codes for automatic control engineering design" (HG/T20637.2) 3 "Preparation of instrument design regulations" (HG/T20637.3) 4 "Preparation of instrument construction and installation requirements\ (HG/T20637.4) 5 "Preparation of instrument purchase requisitions" (HG/T20637.5) 6 "Preparation of instrument technical specifications" (HG/T20637.6) 637.6) 7 "Statistics of instrument installation materials" (HG/T20637.7) 8 "Numbering of instrument auxiliary equipment and cables, pipes and cables" (HG/T20637.8) III "Regulations on the depth of automatic control professional engineering design documents" (HG/T20638) IV: "Typical charts and standard catalogues for automatic control professional engineering design" (HG/T20639) (including 3 sub-regulations) 1 "Typical tables for automatic control professional engineering design" (HG/T20639.1) 2 "Typical condition tables for automatic control professional engineering design" (HG/T20639.2) 3 "Standard catalogues for automatic control professional engineering design" (HG/T20639.3) The units participating in the compilation of "Chemical Plant Automatic Control Engineering Design Regulations" are: China Chengda Chemical Engineering Company, China Huanqiu Chemical Engineering Company, China Wuhuan Chemical Engineering Company, China Tianchen Chemical Engineering Company, Huatai Engineering Company, China Hualu Engineering Company, Donghua Engineering Company and National Chemical Automation Design Technology Center. Editor-in-chief: China Chengda Chemical Engineering Company (formerly the Eighth Design Institute of the Ministry of Chemical Industry) Tong Qiujie
National Chemical Automation Design Technology Center Station Song Zhixiong
Main drafters: China Chengda Chemical Engineering Company (formerly the Eighth Design Institute of the Ministry of Chemical Industry) Tong Qiujie Wang Ximing Yuan Jinjin Dai Liyi
China Huanqiu Chemical Engineering Company
Zhang Zhenji Wang Dazheng
China Wuhuan Chemical Engineering Company (formerly the Fourth Design Institute of the Ministry of Chemical Industry) Sun Jianwen Lin Fulie An Tiefu Li Youchun||tt| |China Tianchen Chemical Engineering Company (formerly the First Design Institute of the Ministry of Chemical Industry) Song Xiaoxian Ma Chengzhong
Huatai Engineering Company (formerly the Second Design Institute of the Ministry of Chemical Industry) Li Nenghai
China Hualu Engineering Company (formerly the Sixth Design Institute of the Ministry of Chemical Industry) Yan Bangming Chen Peng
Donghua Engineering Company (formerly the Third Design Institute of the Ministry of Chemical Industry) Ji Ronggao
National Chemical Automation Control Design Technology Center Station Song Zhixiong
Main reviewers: Wang Dazheng
Wang Ximing Sun Gongzhan Sun Jianwen Liu Jianzhong, Ji Ronggao, Song Zhixiong, Song Xiaoxian, Yan Bangming, Zhang Zhenji, Li Nenghai, Lin Fulie, Gao Xin, Huang Yanping, Xie Changjie, Tong Qiujie, Duanmuxian, Cai Dongzhu, He Dayun. In the process of compiling the Regulations, we received support and help from the National Chemical Process System Design Technology Center, the National Chemical Process Piping Design Technology Center, the National Chemical Electrical Design Technology Center, the National Chemical Equipment Design Technology Center and the National Chemical Engineering Construction Standard Editing Center. We would like to express our gratitude here! In the process of implementing this standard, if you find that there is a need for modification or supplementation, please send your opinions and relevant information to the National Chemical Automatic Control Design Technology Center (No. 1, Fuli West Road, Xigu, Lanzhou, Postal Code 730060) for reference in future revisions.
National Chemical Automation Design Technology Center June 8, 1998
HG/T20638-1998
2 Composition of design documents
Total content
Regulations on the depth of design documents for automation engineering 3 Depth description of design document contents
Appendix A Example of conventional instrument design documents
Appendix BDC Scheme of design documents:
HG/T20639-1998
HG/T20639.1-19 98
Instructions for use of tables
3 Typical tables
Typical tables and standard catalogues for automatic control engineering design Typical tables for automatic control engineering design
HG/T20639.2-1998 Typical condition tables for automatic control engineering design 1 General
2 Classification of design condition tables
3 Instructions for use of design condition tables·
Appendix A Typical condition tables for automatic control engineering design HG/T20639.3-1998 Standard catalogues for automatic control engineering design Record 1
Industry regulations and management provisions.
Graphic symbols
Engineering design specifications·
Automation instruments
Automation control professional engineering design specifications·
General drawings and design manuals
Pipe flanges and pipe threads
（2）
（5）
（88)
（152)
（337)
（338)
（340)
（380)||t t||（383）
（385）
Environmental sanitation
Construction acceptance
Appendix A
Standard code comparison table
（388）
（389)
Industry standards of the People's Republic of China
International general design system and method
HG/T20638-1998
Automation professional engineering design documents
In-depth provisions
Specification for Details of Engineering Design of Instrumentation1998-06-22 Issued
State Administration of Petroleum and Chemical Industry
1999 -01-01
Industry Standard of the People's Republic of China
Specification for Details of Engineering Design of InstrumentationHG/T20638—1998
Compiled by: China Wuhuan Chemical Engineering CompanyApproved by: State Administration of Petroleum and Chemical IndustryImplementation date: January 1, 1999National Chemical Engineering Construction Standard Editing Center1999 Beijing8) III. "Regulations on the Depth of Automatic Control Engineering Design Documents" (HG/T20638) IV. "Typical Charts and Standard Catalogs for Automatic Control Engineering Design" (HG/T20639) (including 3 sub-regulations) 1. "Typical Tables for Automatic Control Engineering Design" (HG/T20639.1) 2. "Typical Condition Tables for Automatic Control Engineering Design" (HG/T20639.2) 3. "Standard Catalog for Automatic Control Engineering Design" (HG/T20639.3) The units participating in the compilation of the "Regulations on Automatic Control Engineering Design for Chemical Plants" are: China Chengda Chemical Engineering Co., Ltd., China Huanqiu Chemical Engineering Co., Ltd., China Wuhuan Chemical Engineering Co., Ltd., China Tianchen Chemical Engineering Co., Ltd., Huatai Engineering Co., Ltd., China Hualu Engineering Co., Ltd., Donghua Engineering Co., Ltd. and the National Chemical Automation Design Technology Center. Editor-in-chief: China Chengda Chemical Engineering Company (formerly the Eighth Design Institute of the Ministry of Chemical Industry) Tong Qiujie
National Chemical Automation Design Technology Center Station Song Zhixiong
Main drafters: China Chengda Chemical Engineering Company (formerly the Eighth Design Institute of the Ministry of Chemical Industry) Tong Qiujie Wang Ximing Yuan Jinjin Dai Liyi
China Huanqiu Chemical Engineering Company
Zhang Zhenji Wang Dazheng
China Wuhuan Chemical Engineering Company (formerly the Fourth Design Institute of the Ministry of Chemical Industry) Sun Jianwen Lin Fulie An Tiefu Li Youchun
China Tianchen Chemical Engineering Company (formerly the First Design Institute of the Ministry of Chemical Industry) Song Xiaoxian Ma Chengzhong
Huatai Engineering Company (formerly the Second Design Institute of the Ministry of Chemical Industry) Li Nenghai
China Hualu Engineering Company (formerly the Sixth Design Institute of the Ministry of Chemical Industry) Yan Bangming Chen Peng
Donghua Engineering Company (formerly the Third Design Institute of the Ministry of Chemical Industry) Ji Ronggao
National Chemical Automation Design Technology Center Song Zhixiong
Main reviewers: Wang Dazheng
Wang Ximing Sun Gongzhan Sun Jianwen Liu Jianzhong Ji Ronggao Song Zhixiong
Song Xiaoxian)
Yan Bangming Zhang Zhenji Li Nenghai Lin Fulie Gao Xin Huang Yanping
Xie Changjie Tong Qiujie Duanmuxian Cai Dongzhu He Dayun During the preparation of the "Regulations", we received support and help from the National Chemical Process System Design Technology Center, the National Chemical Process Piping Design Technology Center, the National Chemical Electrical Design Technology Center, the National Chemical Equipment Design Technology Center and the National Chemical Engineering Construction Standard Editing Center. We would like to express our gratitude! In the process of implementing this standard, if you find that there are any areas that need to be modified or supplemented, please send your opinions and relevant information to the National Chemical Automation Control Design Technology Center (No. 1, Fuli West Road, Xigu, Lanzhou, zip code 730060) for reference in future revisions.
National Chemical Automation Control Design Technology Center June 8, 1998
HG/T20638—1998
2 Composition of design documents
Total content
Regulations on the depth of design documents for automatic control professional engineering 3 Depth description of design document content
Appendix A Example of design documents for conventional instruments
Appendix BDC S Example of design documents:
HG/T20639-1998
HG/T20639.1—19 98
Instructions for use of tables
3 Typical tables
Typical tables and standard catalogues for automatic control engineering design Typical tables for automatic control engineering design
HG/T20639.2-1998 Typical condition tables for automatic control engineering design 1 General
2 Classification of design condition tables
3 Instructions for use of design condition tables·
Appendix A Typical condition tables for automatic control engineering design HG/T20639.3-1998 Standard catalogues for automatic control engineering design Record 1
Industry regulations and management provisions.
Graphic symbols
Engineering design specifications·
Automation instruments
Automation control professional engineering design specifications·
General drawings and design manuals
Pipe flanges and pipe threads
（2）
（5）
（88)
（152)
（337)
（338)
（340)
（380)||t t||（383）
（385）
Environmental sanitation
Construction acceptance
Appendix A
Standard code comparison table
（388）
（389)
Industry standards of the People's Republic of China
International general design system and method
HG/T20638-1998
Automation professional engineering design documents
In-depth provisions
Specification for Details of Engineering Design of Instrumentation1998-06-22 Issued
State Administration of Petroleum and Chemical Industry
1999 -01-01
Industry Standard of the People's Republic of China
Specification for Details of Engineering Design of InstrumentationHG/T20638—1998
Compiled by: China Wuhuan Chemical Engineering CompanyApproved by: State Administration of Petroleum and Chemical IndustryImplementation date: January 1, 1999National Chemical Engineering Construction Standard Editing Center1999 Beijing8) III. "Regulations on the Depth of Automatic Control Engineering Design Documents" (HG/T20638) IV. "Typical Charts and Standard Catalogs for Automatic Control Engineering Design" (HG/T20639) (including 3 sub-regulations) 1. "Typical Tables for Automatic Control Engineering Design" (HG/T20639.1) 2. "Typical Condition Tables for Automatic Control Engineering Design" (HG/T20639.2) 3. "Standard Catalog for Automatic Control Engineering Design" (HG/T20639.3) The units participating in the compilation of the "Regulations on Automatic Control Engineering Design for Chemical Plants" are: China Chengda Chemical Engineering Co., Ltd., China Huanqiu Chemical Engineering Co., Ltd., China Wuhuan Chemical Engineering Co., Ltd., China Tianchen Chemical Engineering Co., Ltd., Huatai Engineering Co., Ltd., China Hualu Engineering Co., Ltd., Donghua Engineering Co., Ltd. and the National Chemical Automation Design Technology Center. Editor-in-chief: China Chengda Chemical Engineering Company (formerly the Eighth Design Institute of the Ministry of Chemical Industry) Tong Qiujie
National Chemical Automation Design Technology Center Station Song Zhixiong
Main drafters: China Chengda Chemical Engineering Company (formerly the Eighth Design Institute of the Ministry of Chemical Industry) Tong Qiujie Wang Ximing Yuan Jinjin Dai Liyi
China Huanqiu Chemical Engineering Company
Zhang Zhenji Wang Dazheng
China Wuhuan Chemical Engineering Company (formerly the Fourth Design Institute of the Ministry of Chemical Industry) Sun Jianwen Lin Fulie An Tiefu Li Youchun
China Tianchen Chemical Engineering Company (formerly the First Design Institute of the Ministry of Chemical Industry) Song Xiaoxian Ma Chengzhong
Huatai Engineering Company (formerly the Second Design Institute of the Ministry of Chemical Industry) Li Nenghai
China Hualu Engineering Company (formerly the Sixth Design Institute of the Ministry of Chemical Industry) Yan Bangming Chen Peng
Donghua Engineering Company (formerly the Third Design Institute of the Ministry of Chemical Industry) Ji Ronggao
National Chemical Automation Design Technology Center Song Zhixiong
Main reviewers: Wang Dazheng
Wang Ximing Sun Gongzhan Sun Jianwen Liu Jianzhong Ji Ronggao Song Zhixiong
Song Xiaoxian)
Yan Bangming Zhang Zhenji Li Nenghai Lin Fulie Gao Xin Huang Yanping
Xie Changjie Tong Qiujie Duanmuxian Cai Dongzhu He Dayun During the preparation of the "Regulations", we received support and help from the National Chemical Process System Design Technology Center, the National Chemical Process Piping Design Technology Center, the National Chemical Electrical Design Technology Center, the National Chemical Equipment Design Technology Center and the National Chemical Engineering Construction Standard Editing Center. We would like to express our gratitude! In the process of implementing this standard, if you find that there are any areas that need to be modified or supplemented, please send your opinions and relevant information to the National Chemical Automation Control Design Technology Center (No. 1, Fuli West Road, Xigu, Lanzhou, zip code 730060) for reference in future revisions.
National Chemical Automation Control Design Technology Center June 8, 1998
HG/T20638—1998
2 Composition of design documents
Total content
Regulations on the depth of design documents for automatic control professional engineering 3 Depth description of design document content
Appendix A Example of design documents for conventional instruments
Appendix BDC S Example of design documents:
HG/T20639-1998
HG/T20639.1—19 98
Instructions for use of tables
3 Typical tables
Typical tables and standard catalogues for automatic control engineering design Typical tables for automatic control engineering design
HG/T20639.2-1998 Typical condition tables for automatic control engineering design 1 General
2 Classification of design condition tables
3 Instructions for use of design condition tables·
Appendix A Typical condition tables for automatic control engineering design HG/T20639.3-1998 Standard catalogues for automatic control engineering design Record 1
Industry regulations and management provisions.
Graphic symbols
Engineering design specifications·
Automation instruments
Automation control professional engineering design specifications·
General drawings and design manuals
Pipe flanges and pipe threads
（2）
（5）
（88)
（152)
（337)
（338)
（340)
（380)||t t||（383）
（385）
Environmental sanitation
Construction acceptance
Appendix A
Standard code comparison table
（388）
（389)
Industry standards of the People's Republic of China
International general design system and method
HG/T20638-1998
Automation professional engineering design documents
In-depth provisions
Specification for Details of Engineering Design of Instrumentation1998-06-22 Issued
State Administration of Petroleum and Chemical Industry
1999 -01-01
Industry Standard of the People's Republic of China
Specification for Details of Engineering Design of InstrumentationHG/T20638—1998
Compiled by: China Wuhuan Chemical Engineering Company Approved by: State Administration of Petroleum and Chemical Industry Implementation date: January 1, 1999 National Chemical Engineering Construction Standard Editing Center 1999 Beijing2-1998 Typical condition tables for automatic control engineering design 1 General
2 Classification of design condition tables
3 Instructions for use of design condition tables ·
Appendix A Typical condition tables for automatic control engineering design HG/T20639.3-1998 Standards for automatic control engineering design Catalog 1
Industry regulations and management regulations.
Graphic symbols
Engineering design specifications ·
Automation instruments
Automatic control engineering design specifications ·
General atlas and design manual
Pipe flanges and pipe threads
(2)
(5)
(88)
|（152)
（337)
（338)
（340)
（380)
（383)
（385）
Environmental Sanitation
Construction Acceptance
Appendix A
Standard Code Comparison Table
（388)
（389)
Industry Standards of the People's Republic of China
International General Design System and Method
HG/T20638-1998
Automation Professional Engineering Design Documents
In-depth Provisions
Specification for Details of Engineering Design of Instrumentation1998-06-22 Issued
State Administration of Petroleum and Chemical Industry
1999 -01-01
Industry Standard of the People's Republic of China
Specification for Details of Engineering Design of InstrumentationHG/T20638—1998
Compiled by: China Wuhuan Chemical Engineering Company Approved by: State Administration of Petroleum and Chemical Industry Implementation date: January 1, 1999 National Chemical Engineering Construction Standard Editing Center 1999 Beijing2-1998 Typical condition tables for automatic control engineering design 1 General
2 Classification of design condition tables
3 Instructions for use of design condition tables ·
Appendix A Typical condition tables for automatic control engineering design HG/T20639.3-1998 Standards for automatic control engineering design Catalog 1
Industry regulations and management regulations.
Graphic symbols
Engineering design specifications ·
Automation instruments
Automatic control engineering design specifications ·
General atlas and design manual
Pipe flanges and pipe threads
(2)
(5)
(88)
|（152)
（337)
（338)
（340)
（380)
（383)
（385）
Environmental Sanitation
Construction Acceptance
Appendix A
Standard Code Comparison Table
（388)
（389)
Industry Standards of the People's Republic of China
International General Design System and Method
HG/T20638-1998
Automation Professional Engineering Design Documents
In-depth Provisions
Specification for Details of Engineering Design of Instrumentation1998-06-22 Issued
State Administration of Petroleum and Chemical Industry
1999 -01-01
Industry Standard of the People's Republic of China
Specification for Details of Engineering Design of InstrumentationHG/T20638—1998
Compiled by: China Wuhuan Chemical Engineering Company Approved by: State Administration of Petroleum and Chemical Industry Implementation date: January 1, 1999 National Chemical Engineering Construction Standard Editing Center 1999 Beijing
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