HGJ 231-1991 Specification for commissioning of large and medium-sized plants in the chemical industry
Some standard content:
975426
Ministry of Chemical Industry of the People's Republic of China
Engineering Construction StandardsbZxz.net
Chemical Industry Large and Medium-sized Plants
Commissioning Work Specifications
HGJ 231 - 91
Document of the Ministry of Chemical Industry
(91)Huajizi No. 627
Notice on the promulgation of the "Specifications for the Commissioning of Large and Medium-sized Plants in the Chemical Industry"
To the chemical industry departments (bureaus) of all provinces, autonomous regions, municipalities directly under the Central Government and cities with independent planning status, Jilin Chemical Industry, Nanning Chemical Industry, Dahua Chemical Industry, Taihua Chemical Industry, and all chemical construction, design and construction units:
On May 3, 1988, our Ministry issued the "Specifications for the Production Preparation and Commissioning of Large-sized Plants in the Chemical Industry" in Document No. (88) Huajizi No. 381. In accordance with the requirements of the State Planning Commission on the "Plan for the Formulation and Revision of Engineering Construction Standards and Specifications", we commissioned China National Chemical Engineering Corporation to compile the "Specifications for the Commissioning of Large and Medium-sized Plants in the Chemical Industry" on the basis of the "Specifications". It is now promulgated as the Chemical Industry Standard of the People's Republic of China, with the serial number HGJ231-91, and will come into effect on October 1, 1991. The commissioning of chemical equipment is the last important stage of chemical engineering construction. Doing a good job in the commissioning is very important for giving full play to the economic benefits of the equipment. Therefore, the leaders of the chemical industry departments (bureaus) and chemical construction units must attach importance to the work of the commissioning stage and personally grasp it and grasp it to the end. This "Specification" is compiled on the basis of summarizing the commissioning experience of domestic and selected chemical equipment, absorbing the conventional practices and commissioning experience of foreign technologically advanced countries. It is more complete and accurate in content than the original "Regulations". In order to enable the new chemical equipment to start smoothly and operate stably and continuously, all chemical industry departments (bureaus) and units are requested to implement it conscientiously. This specification is managed and interpreted by the Infrastructure Department of the Ministry of Chemical Industry. It is hoped that all units will report the problems and experiences in the implementation to the Standard and Quota Department of the Infrastructure Department of the Ministry at any time. This specification is published by the Engineering Construction Standard Editing Center of the Ministry of Chemical Industry (Address: Building 3, Ministry of Chemical Industry Compound, Hepingli North Street, Beijing, Postal Code: 100013). Ministry of Chemical Industry
August 25, 1991
Ministry of Chemical Industry of the People's Republic of China
Engineering Construction Standards
Chemical Industry Large and Medium-sized Plant Commissioning Work Specifications HGI 231 -- 91
Main Editor: China National Chemical Engineering CorporationApproving Department: Ministry of Chemical Industry
Effective Date: October 1, 1991
Preparation Instructions
According to the requirements of Annex 21 of the State Planning Commission's Document No. 450 (1986-1990 Seventh Five-Year Engineering Construction Standards and Specifications Formulation and Revision Plan) and the Ministry of Chemical Industry's Document No. 21 (90) Chemical Basic Standards and Specifications on Issuing the 1990 Engineering Construction Standards and Specifications, General, Budget Quota, and Software Formulation Plan, China National Chemical Engineering Corporation was entrusted by the Ministry to prepare this specification.
In the process of preparing this specification, we summarized and absorbed the experience gained from the many years of commissioning of chemical plants. The company has accumulated experience in commissioning, including experience in commissioning imported equipment and contracted projects abroad. It has also taken the principles of the "Regulations on Production Preparation and Commissioning of Large Chemical Industry Equipment" as the basis, referred to relevant foreign standards and contracts, conducted a lot of adjustment research, organized expert review of the draft for review, and widely solicited opinions. This specification clearly stipulates the conditions that must be met before the commissioning, the basic procedures for the commissioning and the standards that should be met, safety work and visa handover, etc. It is applicable to large and medium-sized chemical equipment built in China, and can also be used as a reference for small equipment.
This specification is divided into nine chapters, and the main contents are: General Provisions, Prescribed Terms, General Provisions, Overall Commissioning Plan, Preliminary Commissioning, and Chemical Material Feeding Commissioning , production assessment, safety work, visa and handover, and six appendices, with clause explanations. All units should carefully summarize their experience when implementing this specification in order to revise and improve it. The Ministry has entrusted the China National Chemical Engineering Corporation of the Ministry of Chemical Industry to accept the explanation of the specific provisions of this specification. The company's mailing address is: Project Management Department of China National Chemical Engineering Corporation, Liupukang, Beijing (Postal Code: 100723). Capital Construction Department of the Ministry of Chemical Industry
June 1, 1991
Specified terms
3 General provisions
4 Overall commissioning plan
5 Preliminary commissioning
5.1 Equipment and piping system
5.2 Electrical system||tt ||5.3 Detection, control, interlocking, and alarm systems · 5.4 Single-machine test run
5.5 Linkage test run
5.6 Division of work
6 Chemical material feeding test run
Production assessment
Safety work
Visa and handover
（296）
1.0.1 In order to ensure the realization of a reasonable construction period and safe test run, assess the design, construction, mechanical manufacturing quality and production preparation work, enable the factory to continue stable production, achieve the various technical and economic indicators specified in the design as soon as possible, and give full play to the investment benefits, this specification is specially formulated.
1.0.2 This specification is applicable to large and medium-sized devices built in the chemical industry in China. Small devices can also be implemented as a reference. 1.0.3 The test run standards of the imported complete set of devices can be implemented according to the contract of the device, but shall not be lower than the requirements of this specification. 1.0.4 The quality of the project, safety, fire protection, measurement, industrial hygiene, labor protection, environmental protection and various products related to this specification shall be implemented in accordance with the relevant standards, specifications and regulations currently in force in my country. 2 Regulations
2.0.1 Machinery: a general term for machines and equipment. 2.0.2 Machine: a machine equipped with a drive device and with moving working parts as the main part. 2.0.3 Equipment: a machine with static working parts as the main part. 2.0.4 Unit: a mechanical combination composed of several different machines, equipment and detection and automatic control systems that can jointly complete specific tasks.
2.0.5 Construction Overall Plan: an overall plan during the construction period of the project. It includes comprehensive arrangements for the entire process of pre-construction preparation, project commencement, construction, production preparation, trial run, production assessment and completion acceptance. 2.0.6 Pre-trial run (i.e. on-site preparation work before chemical material feeding trial run): various work carried out on-site after the installation project is completed and before the chemical material feeding trial run. It includes: internal processing of piping systems and equipment, electrical and instrumentation commissioning, single-machine test run and linkage test run.
2.0.7 Single-machine test run: The no-load operation of the drive device installed on site or the load test run of a single machine or unit with water, air, etc. as the medium to test its mechanical properties and manufacturing and installation quality except for the influence of the medium. 2.0.8 Linkage test run: For machines, equipment, pipelines, electrical, automatic control systems, etc. within the specified range, after each reaches the test run standard, a simulated test run is carried out with water, air, etc. as the medium to test all its performance and manufacturing and installation quality except for the influence of the medium. The test run of the electrical system is called the electrical system test run. 2.0.9 Chemical material feeding test run: All the production devices of the factory are connected through the production process according to the medium specified in the design documents, and the test run between the devices is carried out to test all its performance except the economic indicators and produce qualified products. 2.0.10 Intermediate handover: The handover work done by the construction unit and the construction unit after a single project or part of the equipment is completed within the scope specified in the design documents, and after the internal processing of the pipeline system and equipment, electrical and instrument commissioning, and the test run of the single machine are qualified.
3“-2.0.11 Project handover: The handover work done by the construction unit and the construction unit according to the specified content after the pre-test run of all the equipment in the factory is completed.
2.0.12 Production assessment: After the chemical material feeding test run is completed and the production and loading reaches stable operation, a certain period of full-load operation and measurement is carried out to assess the contents specified in the design documents and the contract. 2.0.13 Construction quality assurance period: The construction unit guarantees the quality of the project for the time specified in the contract. 2.0.14 Machinery guarantee period: The manufacturer guarantees the quality of the machinery for the time specified in the contract from the date of delivery. 3 General provisions
3.0.1 The construction unit or production unit must set up a production preparation organization at the beginning of the project construction, responsible for various production preparation work to meet the needs of commissioning and production. Its main leaders must preside over this work from the beginning of construction to ensure that the project construction and production are connected.
3.0.2 In addition to being familiar with the design documents, machinery, instruments, electrical manuals, construction and acceptance specifications, the construction unit must also be familiar with the production process to ensure that the quality and progress of the project meet the requirements of the commissioning. 3.0.3 The installation progress of the construction must be completed on schedule according to the control points specified in the construction overall plan. The quality of the project must comply with the provisions of relevant standards and specifications and the requirements of the commissioning. 3.0.4. The design representative must be familiar with the mechanical properties and construction and acceptance specifications. The design documents must meet the needs of the pre-test run. During the construction process, the construction unit must reserve interfaces for purging, cleaning, replacement, etc., correctly install dummy parts, clean the pipelines, and create conditions for the pre-test run in accordance with the requirements of the design instructions, process flow charts and construction drawings. 3.0.5 The test run must strictly follow the procedures specified in the overall test run plan, and it is strictly forbidden to exceed them. If the previous stage is unqualified, the next stage of the test run shall not be carried out.
3.0.6 Before the test run begins, the conditions specified in this specification must be met: the test run must include all the contents specified in the design documents; the test run results must meet the specified standards. 3.0.7 During the chemical material feeding test run, each interrelated production unit must have the test run conditions for end-to-end connection. 3.0.8, the chemical material feeding test run must be inspected and approved by the superior competent department before it can begin. :3.0. When an accident or failure occurs during the test run, the cause must be immediately identified and measures must be taken to eliminate it, otherwise it is strictly forbidden to continue the test run.
3.0.10 The power, water, fuel, gas, steam, vulnerable spare parts and various chemicals and lubricants not included in the construction budget, as well as materials required for chemical material feeding test and production assessment, etc., shall be provided by the construction unit at its own expense. 3.0.11 When a single project or part of the equipment is completed, the internal treatment of the pipeline system and equipment, electrical and instrument commissioning, and the single machine test are qualified, and the intermediate handover shall be carried out; after the linkage test of all the equipment is qualified, the project handover shall be carried out; after the chemical material feeding test is completed, the certificate of qualification shall be signed; after the production assessment, a production assessment report shall be submitted and reported to the superior competent department. 3.0.12 The environmental protection project must be tested simultaneously with the production equipment. The treatment of waste liquid, waste gas, and waste residue discharged from the test at each stage must meet the emission standards stipulated by the state. 3.0.13 The division of responsibilities for the pre-test can be implemented in accordance with the provisions of Appendix 1 of this specification: chemical material feeding test and production assessment shall be the responsibility of the construction unit unless otherwise specified in the contract. 3.0.14 Chemical material feeding test run should be conducted in cold seasons, otherwise appropriate antifreeze and anti-cold measures must be taken. 3.0.15 After the project is handed over, the construction unit shall continue to be responsible for the construction quality until the expiration of the construction quality assurance period stipulated in the contract: the machinery manufacturing unit shall be responsible for the machinery assurance period stipulated in the order contract. 296
4 Overall test run plan
4.0.1 The overall test run plan must be prepared in accordance with the overall construction plan and design documents, and comply with the relevant provisions of this specification. 4.0.2 The overall test run plan shall be prepared by the construction unit or general contractor, organized by the production department and the design and construction units, with the production department as the main body, and implemented after approval by the superior competent department. 4.0.3 The overall commissioning plan should include the following contents: General provisions:
4.0.3.2 Commissioning organization;
Preparation of personnel, materials and information and preparation of rules and regulations;4.0.3.3
Preparation plan for each specific commissioning plan;
4.0.3.5 Balance and phased forecast of external conditions such as water, electricity, gas, raw materials, fuel and transportation volume;4.0.3.6 Commissioning plan and overall commissioning control plan: 4.0.3.7 Requirements for project installation progress;4.0.3.8 Temporary facilities plan and material supply plan for commissioning;4.0.3.9 Commissioning cost plan;
4.0.3.10 Existing problems and measures.
4.0.4 The overall commissioning plan should be completed before the installation of the process pipelines of the production unit begins. 4.0.5 The relevant chemical material feeding commissioning part of the commissioning plan in the overall commissioning plan can only determine the main commissioning procedures and predict the cycle. Its detailed plan should be completed three months before the start of the chemical material feeding commissioning. 4.0.6 The preparation of the commissioning plan must comply with the following principles: 4.0.6.1 Ensure a reasonable construction period;
4.0.6.2 The commissioning should comply with the following procedures:
(1) Pre-commissioning:
(2) Chemical material feeding commissioning;
(3) Production assessment.
The commissioning sequence should be arranged according to production requirements. The public engineering system must be tested first; 4.0.6.3
The production preparation and installation engineering must be adjusted according to the test sequence and the original plan according to the system matching; 4.0.6.44
4.0.6.5 Before the chemical material feeding test run, time should be arranged to eliminate defects and check. The chemical material feeding test run plan should leave appropriate room in the time arrangement;
4.0.6.6 The test run of all interrelated production units in the whole plant should ensure that the chemical material feeding test run is connected from beginning to end; 4.0.7 The test run plan in the overall test run plan can be adjusted according to the actual situation on site, and the content can be gradually deepened. However, the main test run procedures shall not be changed arbitrarily. 297
5 Pre-commissioning
5.1 Equipment and piping system
5.1.1 The following conditions must be met before conducting the pressure test and internal treatment of the piping system: 5.1.1.1 The piping system has completed all installation work in accordance with the contents specified in the design documents and the standards specified in the construction and acceptance specifications, and the following technical information and documents are provided: (1) Various product certificates or re-inspection reports; (2) Test qualification records of various valves in the production equipment; (3) Pipeline system installation information or pipeline system installation information with single-line diagram, including specifications, materials, welding joint locations, welder codes, non-destructive testing and heat treatment qualification records of pipelines, pipe fittings, pipeline accessories, gaskets, brackets, etc. 5.1.1.2 The schemes for pipeline pressure test and internal treatment have been approved, and the personnel participating in the work have learned and can correctly grasp the essentials;
5.1.1.3 The supply of steam and air required for purging can be ensured; 5.1.1.4 All kinds of temporary pipelines and test instruments have been installed and meet the specified quality standards; 5.1.1.5 The construction unit or general contractor organizes the design, production and construction units to check the design omissions and defects, project quality and hidden dangers, and unfinished projects on the basis of the qualified self-inspection of the construction unit; and after the specified personnel, tasks, measures and time are determined, the specified standards are met. 5.1.2 The pressure test and internal treatment of the pipeline system must comply with the following provisions: 5.1.2.1 Pressure test:
(1) Strictly follow the requirements of the design documents and the approved pressure test plan; (2) Conduct pressure tests in sections according to the pressure level. When testing the pressure together with the equipment, the test pressure of the equipment shall prevail; (3) Ensure isolation from other systems;
(4) When connected to equipment that can only withstand pressure differences, reliable measures must be taken to ensure that the maximum pressure difference during the pressure increase and pressure relief process does not exceed the specified range;
(5) The water quality and water temperature used for the pressure test must comply with the provisions of the relevant construction and acceptance specifications. 5.1.2, 2 Pre-filming treatment of circulating water system: (1) Pre-filming treatment shall be carried out strictly in accordance with the approved plan and the formula of water quality stabilization agent; (2) Manual cleaning or water flushing must be carried out before pre-filming treatment. After passing the test, flushing water can enter the equipment. Flushing water shall not be discharged at will;
(3) The pipeline system after pre-filming treatment shall maintain continuous operation. Shutdown or discharge shall not exceed the prescribed time limit: (4) The bypass water quality test device shall be put into use in time for the circulating water system that is put into operation after pre-filming and after pre-filming. 5.1.2.3 Purging of steam pipe system:
(1) Strictly follow the approved plan and purging flow chart; (2) There shall be no debris in the steam pipe;
( 3) Carry out in the order of main line first and branch line later. The branch line should be purged intermittently in turn; (4) Aeration plates must be installed to isolate the pipeline system from irrelevant systems, machines and equipment. Orifice plates, temperature measuring elements, pipeline instruments, etc. and regulating valves connected with flanges on the pipeline should be removed. For regulating valves welded on the pipeline, protective measures such as bypass flow or removal of the valve head and valve port and adding protective covers should be adopted: (5) The resetting work after purging should be strictly carried out in accordance with the relevant provisions of the purging plan. Pipelines connected to machines and equipment should ensure free alignment;
(6) Debris on the steam pipeline must be removed, and combustible materials near the pipeline are strictly prohibited from leaking. Purge the exhaust A restricted area must be demarcated around the outlet, and warning facilities marked with danger zones must be installed: (7) Whether the steam purging is qualified or not shall be based on the inspection target. 5.1.2.4 Purging of process piping system:
(1) Purging shall be carried out in accordance with the provisions of the third paragraph of Article 5.1.2.3 of this Code; (2) Purging shall be carried out in conjunction with the commissioning of large compressors: Large containers can also be used for gas purging: (3) Large-diameter pipes can be cleaned manually; chemical cleaning methods should be used for inter-section pipes of large compressors (4) Whether the process pipeline is purged or not shall be based on the target: (5) The purging of catalyst dust shall be based on observing whether there is dust and smoke at the purge port. 5.1.2.5 Chemical cleaning of pipeline systems:
(1) A reliable cleaning liquid formula that has been identified and used in chemical cleaning of large-scale production equipment must be selected (2) Cleaning must be carried out strictly in accordance with the requirements of the design documents and the approved chemical cleaning plan; waste liquid treatment should comply with environmental protection regulations
(3) Steam pipes must still be steam purged after chemical cleaning, and the provisions of Section 5.1.2.3 of this specification must be followed:
4) For pipeline systems that are not used temporarily after chemical cleaning, anti-rust measures such as replacement and nitrogen filling should be taken. 5.1.3 The degreasing work of the total oil device and pipeline system shall be carried out in accordance with the provisions of the "Degreasing Engineering Construction and Acceptance Specifications". It is strictly forbidden to use oil-containing media for purging and tightness testing of the degreasing device, and it should be well maintained and necessary anti-rust treatment should be carried out. 5.1.4 The drying and furnace drying of the refractory lining of the equipment must be strictly operated in accordance with the requirements of the design documents and the approved furnace drying plan. It is strictly forbidden to exceed the speed and temperature, and explosion accidents and overheating of the concrete foundation should be strictly prevented. The guide bracket should be checked in accordance with the requirements of the design documents. After the furnace is finished, it should be properly maintained and moisture-proof. 5.1.5 When the equipment is filled with various fillings, it must be carried out in accordance with the provisions of the design documents. The filling of catalysts must be carried out in accordance with the procedures and requirements specified in the approved plan. Records should be kept during filling. It is strictly forbidden for water-containing gas and foreign matter to enter the catalyst layer. For pre-reduced catalysts, a special person must be assigned to check and measure the temperature regularly before and after filling, and measures must be taken to prevent oxidation overheating. 5.1.6 The boiling of various steam generators must be carried out after the conditions for linkage test are met, and water, electricity, desalted water, and temporary heat sources can be ensured, and it should be carried out in accordance with the requirements of the design documents and the approved plan. 5.1.7 The passivation treatment of equipment and piping systems must be carried out after the linkage test is qualified and the cleaning is qualified. The passivation work should be carried out in accordance with the requirements of the design documents and the approved plan and the provisions of the agent formula. 5.1.8 The tightness test of equipment and piping systems must be carried out in sections according to the test sequence in accordance with the provisions of the design documents. , system replacement and tightness test can be carried out in combination. 5.1.9 All heat exchangers must pass the on-site leakage and tightness tests. 5.1.10 The reserved positions for purging and cleaning pipelines should be marked on the process flow chart with control points and the design and construction drawings. The purging and chemical cleaning plans for steam pipelines and process pipelines should be proposed before the pipelines are installed. 5.1.11 After all work is completed, the participating units should sign and confirm on the form specified in the current national industrial pipeline engineering construction and acceptance specifications (metal pipeline section). 299
5.2 Electrical system
5.2.1 The main substation, transformer substation and distribution substation must meet the following conditions before receiving power and operating at no-load: 5.2.1.1 The construction and installation of power supply lines, transmission lines and stations have been completed in accordance with the contents specified in the design documents and the quality standards specified in the construction and acceptance specifications, and have passed the inspection. The following information and documents are provided: (1) Product manuals, test records and qualification certificates provided by the manufacturer; (2) Completion drawings and design documents; (3) Transmission line crossing distance records; (4) Cable transmission line installation records; (5) Disconnectors, load switches, high-voltage circuit breakers, busbar insulators, bushings, transformers, reactors, mutual inductors, etc. Installation and commissioning records; (6) Insulation resistance and withstand voltage test records and adjustment test records of relay protection systems and secondary circuits; (7) High-voltage electrical appliances Insulating oil test report: (8) Battery charge and discharge record curve and electrolyte test report: (9) Silicon rectifier adjustment test record;
(10) Test records of various grounding resistances such as lightning protection and protective grounding. 5.2.1.2 The connection group of the phase and coil of the main transformer and the position of the voltage switching device must meet the requirements of the design operation mode. The remote control operation of the on-load voltage regulation switching device should be reliable and the indicated position should be correct; 5.2.1.3 The operating mechanism, transmission device, auxiliary switch and locking device of the isolating switch, load switch and high-voltage circuit breaker should be firmly installed, sensitive and reliable, with correct position indication, no oil leakage, good contact of the contacts, correct phase color and good grounding;
5.2.1.4 The insulation resistance, dielectric loss tangent and capacitance value tests and AC withstand voltage tests of the busbar insulator and bushing are qualified, the busbar is installed and connected correctly, the bolts are tightened, the contact is reliable, and the phases and the ground are The electrical distance shall meet the requirements of the specifications, the phase color shall be correct, the grounding shall be good and there shall be no oil leakage in the oil-filled bushing: 5.2.1.5 The layout and wiring of the compensation capacitor shall be correct, the protection circuit of the capacitor bank shall be complete, the three-phase capacitance error shall meet the requirements of the design documents, the lead-out terminals shall be firmly connected, the discharge circuit shall be complete and flexible to operate, and the capacitor casing and frame shall be reliably grounded;
5.2.1.6 The cables shall be laid and arranged neatly in accordance with the requirements of the design documents, with complete markings and correct terminal phase color. The safe distance and phase sequence arrangement of cables and pipelines shall meet the relevant specifications: 5.2.1.7 The carrier telephone or wired telephone from the main substation to the power supply department shall be ready for calls; 5.2.1.8 All installation work and related commissioning projects of the main substation have been inspected and confirmed by the power supply department, and the power receiving procedures have been completed;
5.2.1.9 The power receiving and no-load operation plan has been approved, and the operating electrician has passed the examination and obtained the right to operate on the job License, tools and equipment required for safe operation are available.
5.2.2 The power supply of the main substation, transformer and distribution station must comply with the following regulations: 5.2.2.1 Operate in accordance with the approved plan and safety operation rules and regulations, and strictly implement the operation ticket system; 5.2.2.2 Power supply and distribution personnel must be on duty according to the establishment system; 5.2.2.3 Simulation tests must be carried out on relay protection devices, automatic standby power supply devices, automatic reclosing devices, alarm and pre-alarm signal systems, etc. according to the system, and verify the color or opening and closing display of various switches on the operation diagram of the central control room; 5.2.2.4 For the protection device of the programmable logic controller with a built-in computer, after checking and testing the software for 300
, the interlocking and alarm parameters should be simulated item by item to verify the correctness of the logic and the accuracy of the interlocking and reporting values: 5.2.2.5 Carefully carry out various operations and operation records of transformer and distribution operation according to the provisions of the test plan. 5.2.3 The following conditions must be met before the electrical machinery is tested: 5.2.3.1 All installation work has been completed in accordance with the content of the design documents and the quality standards specified in the construction and acceptance specifications, and has passed the inspection and provided the following information and documents: (1) Relevant product manuals, test records and product certificates provided by the manufacturer; (2) Installation and test records of power cables and control cables; (3) Installation and commissioning records of motor operating columns, buttons, ammeters, etc.; 4) Motor drying records;
(5) Inspection records of specified core-pulling motors; (6) Inspection records of motor protective grounding and protective zeroing; (7) Inspection records of explosion-proof and flameproof motors; (8) Test and adjustment records of variable frequency speed regulating motors, controls, protection and microelectronic speed regulating systems; (9) Installation and commissioning records of electrostatic precipitators; (10) Commissioning records of electric heating systems and hidden engineering records. 5.2.3.2 The commissioning plan has been approved, and the personnel participating in the commissioning have mastered the operating instructions and accident handling methods; 5.2.3.3 The power supply and distribution systems are operating normally; 5.2.3.4 Working lighting, emergency lighting and local lighting have been put into use; 5.2.3.5 Before the steam turbine and gas turbine commissioning, the emergency power supply and uninterruptible power supply must be put into use, and the instrument-related interlocking, alarm, automatic protection facilities and related electric valves must have been debugged and qualified: 5.2.3.6 Unrelated debris in the commissioning area has been cleared and the roads are unobstructed. 5.2.4 The commissioning of electrical machinery shall comply with the following provisions: 5.2.4.1 Strictly follow the commissioning plan and job operation method for command and operation. The commissioning of high-voltage motors and generators must implement the operation ticket system;
5.2.4.2 When starting the motor, the starting time and current should be recorded; 5.2.4.3 The generator can be connected to the grid only after it runs stably; 5.2.4.4 The starting and stopping status of the motor must be consistent with the display of the flow chart in the central control room; 5.2.4.5 Make relevant measurements and records during the commissioning according to regulations. 5.2.5 After the completion of various commissioning work, the participating units shall sign and confirm on the form specified in the current national "Electrical Installation Engineering Construction and Acceptance Specifications". 5.3 Detection, control, interlocking, and alarm systems 5.3.1 Detection, automatic control (including program control system), interlocking, alarm and other systems must meet the following conditions before the system (loop) is debugged:
5.3.1.1 All installation work has been completed in accordance with the contents specified in the design documents and the quality standards specified in the construction and acceptance specifications, and has passed the inspection. The following information and documents are provided: (1) Various product certificates provided by the manufacturer; (2) The pressure resistance test and internal treatment qualification records of instrument air source pipelines, pneumatic signal pipelines, measurement pipelines, hydraulic oil pipelines and heating steam pipelines; (3) The qualification records of signal cables, thermocouple cables, resistor cables and control cable wiring and cable brackets, trays, etc.
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