HG/T 20639.2-1998 Typical conditions table for automatic control engineering design

HG/T 20639.2-1998 Typical Conditions for Automatic Control Engineering Design HG/T20639.2-1998 Standard Download Decompression Password: www.bzxz.net

Typical Design Information Sheets for Engineering Design of InstrumentationHG/T20639.2-1998
Compiled by: Huatai Engineering Company
Approved by: State Administration of Petroleum and Chemical IndustryImplementation date: January 1, 1999Compiled by:
Li Nenghai
Reviewed by
Tong Qiujie
Zhang Zhenji
Lin Fulie
Liu Jianzhong
11 General Provisions
1.0.1 Design conditions are one of the important conditions for starting engineering design in various disciplines. In order to have a unified format in this industry, the "Typical Design Information Sheets for Engineering Design of Instrumentation" is specially compiled. 1.0.2 This regulation applies to the basic engineering design and detailed engineering design stages. 1.0.3 Related standards
HG20557~20559 "Design regulations for process system engineering of chemical plants" HG/T20636.2
HG/T20636.3
HG/T20636.4
+HG/T20636.5
"Relationship between design conditions of automatic control and process and system", "Design division of automatic control and pipeline", "Design division of automatic control and electrical", "Design division of automatic control and telecommunications, pumps and safety and fire protection" When implementing these regulations, they should also comply with the provisions of the relevant national standards in force. 337
2 Classification of design condition tables
Condition tables accepted by automatic control
Design condition tables submitted by process professionals.
Design condition tables submitted by system professionals.
Design condition tables submitted by thermal engineering professionals (including softened water). 2.1.3
2.1.4 Design condition table submitted by water channel specialty. 2.1.5
Design condition table submitted by powder specialty.
Note: The condition diagrams such as "pipeline plan layout" and "pipe rack layout" submitted by pipeline specialty to automatic control specialty are not included in this regulation.
2.2 Design condition table submitted by automatic control specialty
The automatic control specialty submits the design condition table of process specialty. The automatic control specialty submits the design condition table of system specialty. The automatic control specialty submits the design condition table of pipeline specialty. The automatic control specialty submits the design condition table of equipment specialty. The automatic control specialty submits the design condition table of electrical specialty, and the automatic control specialty submits the design condition table of civil engineering specialty. The automatic control specialty submits the design condition table of HVAC specialty. The automatic control specialty submits the design condition table of telecommunication specialty. The automatic control specialty submits the design condition table of budget specialty. The automatic control specialty submits the design condition table of water channel specialty. Note: The "control room plan layout" and "bridge layout" submitted by the automatic control specialty are not included in this condition table. 338
3 Instructions for the use of design condition tables
3.0.1 This regulation only includes various typical forms for accepting and submitting design conditions for process design in the automatic control profession. For some condition tables of the same type, such as flow-through conductivity transmitters and pH meters, the same installation requirements can be used.
Regulating valve installation conditions. Due to the large number of regulating valves, it is impossible to list them one by one. When using, they can be modified according to the same type of form.
3.0.3 The condition table of rotor flowmeters, electromagnetic flowmeters, etc. does not provide an installation condition table with a filter. If a filter is required, it can be added to the condition table. 3.0.4 The design condition table is a traditional way to express design conditions, but it is not the only way. With the advancement of management methods and the use of tools, the way of expressing design conditions is also changing. Each company (design institute) can modify it according to their own situation when using it.
3.0.5 The acceptance and submission time, review and receipt and delivery management of the "condition table" shall comply with the following regulations: 1 "Tasks of automatic control engineering design" (HG/T20636.6) 2 "Quality assurance procedures for automatic control engineering design" (HG/T20636.8) 3 "Summary of automatic control engineering design documents" (HG/T20636.9) 4 "Automatic control engineering design document control procedures" (HG/T20636.10) 3.0.6 Blank condition tables are used for various input/output condition tables other than the condition tables listed in this regulation. 339
Appendix A Typical condition table for automatic control engineering design A.1
Design condition table accepted by automatic control specialty
INST.214-101 Temperature, pressure, analysis and monitoring condition table, see Table A.1.1. A.1.11
A.1.2INST.214-102Flow monitoring condition table, see Table A.1.2. A.1.3INST.214-103
3Level monitoring condition table, see Table A, 1.3. A.1.4
INST.214104
Control valve condition table, see Table A.1.4.
INST.214-105
Interlocking condition table, see Table A.1.5.
Design condition tables submitted by the automatic control major
Design condition tables submitted by the automatic control major for process and system majors INST.214—201
Compressed air condition table, see Table A.2.1-1. 2 Insulation steam condition table, see Table A.2.1-2. 2
INST.214-202
INST.214—203
Water use and drainage condition table, see Table A.2.1-3. The automatic control specialty shall submit the design condition diagram (table) for the pipeline specialty. INST.214-301
Orifice plate installation condition diagram, see Figure A.2.2-1. 2 Orifice plate installation condition diagram with straight pipe section and connecting flange, see Figure A.2.2-2. 2
INST.214--302
INST.214-303
INST.214 -- 304
INST.214—305
INST.214306
INST.214-307
INST.214-308
INST.214-309
Rotameter installation condition diagram, see Figure A.2.2-3. Flowmeter installation condition diagram, see Figure A.2.2-4. The installation condition diagram of electromagnetic flowmeter is shown in Figure A.2.2-5. The installation condition diagram of vortex flowmeter is shown in Figure A.2.2-6. The installation condition diagram of pneumatic diaphragm control valve is shown in Figure A.2.2-7. The installation condition diagram of pneumatic ball valve is shown in Figure A.2.2-8. For the installation condition diagram of the three-way regulating valve, see Figure A.2.2-9. 10
INST.214-310
11..INST.214-311Www.bzxZ.net
INST.214—312
INST.214--313
INST.214—314
INST.214—315
INST.214—316
INST.214—317
INST.214-318
INST.214-401
For the installation condition diagram of the self-operated regulating valve, see Figure A.2.2-10. For the installation condition diagram of the pneumatic eccentric rotary regulating valve, see Figure A.2.2-11. Pneumatic (electric) butterfly valve installation condition diagram, see Figure A.2.2-12. Conductivity transmitter installation condition diagram, see Figure A.2.2-13. Pressure flange, pipe, pipeline installation condition diagram, see Figure A.2.2-14. Electric control valve installation condition diagram, see Figure A.2.2-15. Pneumatic long stroke actuator installation condition diagram, see Figure A.2.2-16. Instrument design condition table on high pressure pipeline, see Table A.2.2-17. Condition table (blank table), see Table A.2.2-18. Instrument power supply (power supply) design condition table, see Table A.2.3. INST.214-501 civil engineering design condition table, see Table A.2.4. INST.214-601
Table of design conditions for instrument and equipment connection, see Table A.2.5INST.214-701
Table of HVAC design conditions, see Table A.2.6.
INST.214-801
Table of conditions for telecommunication users, see Table A.2.7.
Table of conditions for submitting budget estimates for automatic control professionals
INST.214-901
INST.214-902
Table of conditions for budget estimates for instrument equipment, see Table A.2.8-1. Table of conditions for budget estimates for instrument materials, see Table A.2.8-2.341
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