title>GB/T 2820.12-2002 Reciprocating internal combustion engine driven alternating current generating sets Part 12: Emergency power supply for safety devices - GB/T 2820.12-2002 - Chinese standardNet - bzxz.net
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GB/T 2820.12-2002 Reciprocating internal combustion engine driven alternating current generating sets Part 12: Emergency power supply for safety devices

Basic Information

Standard ID: GB/T 2820.12-2002

Standard Name: Reciprocating internal combustion engine driven alternating current generating sets Part 12: Emergency power supply for safety devices

Chinese Name: 往复式内燃机驱动的交流发电机组 第12部分:对安全装置的应急供电

Standard category:National Standard (GB)

state:in force

Date of Release2002-08-05

Date of Implementation:2003-04-01

standard classification number

Standard ICS number:Electrical Engineering>>Rotating Electrical Machines>>29.160.40 Generator Sets

Standard Classification Number:Electrical Engineering>>Power Equipment for Power Generation>>K52 Generator Set

associated standards

Procurement status:ISO 8528-12-1997, MOD

Publication information

publishing house:China Standards Press

ISBN:155066.1-19020

Publication date:2003-04-01

other information

Release date:2002-08-05

Review date:2004-10-14

drafter:Zhang Hongzhan, Wang Fengyu, Zhang Hongbin

Drafting unit:Lanzhou Power Vehicle Research Institute

Focal point unit:China Electrical Equipment Industry Association

Proposing unit:China Electrical Equipment Industry Association

Publishing department:General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China

competent authority:China Electrical Equipment Industry Association

Introduction to standards:

This part applies to generator sets driven by reciprocating internal combustion engines that provide emergency power supply to safety devices. For example, installations in hospitals, high-rise buildings, public gathering places, etc. This part specifies special requirements for the performance, design and maintainability of generator sets in the above places, and also takes into account the relevant provisions of GB/T 2820.1~2820.6 and GB/T 2820.10. GB/T 2820.12-2002 Reciprocating internal combustion engine driven AC generator sets Part 12: Emergency power supply to safety devices GB/T2820.12-2002 Standard download decompression password: www.bzxz.net

Some standard content:

ICS 29 160.0
National Standard of the People's Republic of China
GB/T 2820.12—2002
Reciprocating internal combustion engine driven alternating current generating setsPart 12:Emergency power supply to safty services(ISO 8528-12:1997,M0)
2002-08- 05 Released
People's Republic of China
National Quality Inspection and Inspection Edition
2003-04-01 Implementation
320 AC generators for internal combustion engines have twelve parts: Part 1: Ratings and performance characteristics of engines 085252.193) Part 2: Engine 085252.193)
Part 3: Engine 19528-3: 1393 Part 1 Control device (e3
etc. 823
English? Part: Technical conditions and technical specifications for use eg15528-7: 194 Part: Requirements and tests for power generators S) English Part: Profit value of the machine 1S8528-9: 1995V0) 2 Help: Measurement of the sound of the bullet (includes Yuda (S0852913: 1938.V0) Recruitment: 2 Talents: Emergency reading of safety devices (1 S0)8523-12:1957,M1))Total\Part 11, Online uninterrupted power supply system "The company has recently formulated. HKAoNKAa
GE/T2820.12—2002
Based on the standard GR/T282(12820.6, it supplements the relevant requirements for the power unit. 1 part is based on the basic standard. 1~0. Fuel conversion adopts 1) R21--1 2 This part IV or [508526-12: 188? Compound internal heat engine mouth source from the actual source of the machine part 12: for the emergency power supply of the sound frequency and 6T number 21 ~ 22.6 a: 9, and other standards combined with the use of months. Wood Part III China Electric Industry Association proposed: This part was introduced by the Lanzhou Power Vehicle Research Institute. This part was issued by the "Zhou Electric Vehicle Research Institute" responsible for the main drafting of this section: Zhang Hongzhan, Tu Fengzhu, Zhang Jiabin. 1 Ci Guo
Reciprocating internal combustion engine driven inverter generator set Part 12 for safety equipment and German power supply GH/T282012-2002
This part is applicable to the return unit driven by the machine, the safety device should be the total supply center of the courtyard, the high-efficiency public gathering place safety device, etc. This part defines the special requirements for the performance, design and maintenance of the generator sets used in the above-mentioned places, and also takes into account the relevant provisions of B/T282J.1-3820.6 and GK/12320.10. 2 Normative references
The following two items are referenced in this part after /20 as the terms of this part: All dated documents and their accompanying documents (excluding the contents or sample editions) are not applicable to this part, however, the parties to the proposed agreement are encouraged to study whether the contents of these documents are sufficient for use. For any undated referenced documents, the latest version shall apply:
GB7-26 Specifications and properties of rotating electrical machines Energy idEC004-1:99%)TH20)1-:9 To my friends internal combustion engine normal air flow generator set Part 1: Monthly, initial and performance cqIS3528-1:144
1T2820--1957 Society to my internal heat engine account dynamic AC generator set Part 2 engine c0155:8:13432
To my friends internal combustion engine normal air flow generator set Part 1: Generator correction AC generator Gn/T 2820.319s?
tecvTSO 8528-3:19930
GB/T2820.41S97 Compound internal combustion engine driven AC generator sets Part 1: Control devices and switchgear M150 852-4.1593)bzxz.net
GB: 22U.5—1007
Compound internal combustion engine driven AC generator sets Part 5: Generator VS.:9
Compound internal combustion engine driven AC generator sets Part 10: Noise measurement! CB/T 2821.102U2 (IEC 60210.1S9.MO) 13337.1: Implementation of technical specifications for calcium-formaldehyde acid batteries IE65:3-way battery and battery pack for vehicles requiring a single charge 1En%64--56.1980 Electrical equipment for buildings Part 5: Selection and installation of electrical equipment Part 56: Safety equipment EC: 60524-7-710: Electrical equipment in buildings Part 7: Requirements for special equipment or installations Part 1: Medical facilities IFe: 1;s Medical electrical equipment Part 1: General requirements for the entire state 1! The following definitions and the relevant definitions in G3/T282C.1 to 2820.6 are used in this part. 3.1 Switching time fmthuoerlincenter THKAoNKAa The time from the occurrence of a fault in the normal supply system to the time when the supply system is bypassed to a new safe and common power supply. This power supply can be loaded in two steps, and the power supply time tuhridging time
The time that the generating unit must supply to the user under the specified operating conditions. This time must correspond to the critical operating conditions specified in 650
Safety services
The equipment installed to protect the safety of people when the normal power supply system fails. 3.4
Consumer power requirementsconsumerpowerdernandThe sum of the relevant user's expected demands taking into account the actual loading steps. 3. 5
tpowerdemand frrrafetyrerrices The power requirement of the safety device is the power consumed by the full-star installation cover, No. 4, - Uneven load current output: - Sinusoidal power supply time - Rapid power supply time - Electrical control unit - Stable frequency level - State voltage deviation - Frequency drop - Total self-voltage maintenance - 5 Other provisions and additional Requirements
Kaigongguang must comply with the special provisions of the attached requirements, and the manufacturer must also obtain the approval of the manufacturer. 6 Classification
6.1 Power supply to the safety device generator train: Quality control level 2 inspection EC36152 stipulates the replacement time and table [performed,
6.2 Typical category examples
Classification by cutting time
Mature interruption time
Length 1 Typical examples of the categories specified in the discussion table 2: Table 2 Example
Typical example
GH/T 2820.12—2002
The long-term power grid drop of 0 phase is comfortable, and the factory is in use. The power conversion time is required for its safety and other settings. The design of the generator set takes the power of the power plant and the power of the power plant as the reference. The power of the two electric units is reversed by 100%! Let the power of the two electric units be tested for a short time. The power of the two electric units is determined by the power of the two electric units. The voltage of the power grid drops to 100% of the required power, and the power grid power generation rate exceeds the rated voltage, and the effective time is long. After 15 days of large switching time, the user's transformer should not be able to obtain the required power through two drinking and adding properties within 5 days. The power of the power generator set is designed to be 100%.1 Determine the required power. In order to ensure the reliable power supply of the generator, the power quality requirements should be informed of the expansion group manufacturer. For secondary density requirements, it also includes switching to electrical equipment (such as: electrical amplifiers, wind turbines, state-of-the-art equipment and other linear electrical equipment) when there is a short load. In the case of light-sensitive applications, in order to leave a margin, multiple units can be used in parallel. Most modern internal combustion engines are giant worm gear engines. Therefore, it is necessary to set the load acceptance capacity of the generator set according to the load acceptance capacity of the core. The braking half of the engine is effective. Therefore, the load acceptance characteristics of the load given in Chapter 1 of GB283.1997 and Figure 7 are used. If you want to compare only the June/2320.51S97 Figure 6, Figure 7 is a step forward to compensate for the greater cost, then appropriate additional measures should be taken, or the rated power of the proposed increase can be increased when the cruise ship is used. The design investigation list in the first section is necessary when designing the generator set. In order to ensure the normal operation of the generator set for a certain period of time, the necessary equipment of the generator set should be provided, such as the cooling system including the fuel system and the lubrication system. The refrigerant system should be non-standard. 7.2 Determination of power
GB/2823.17 1.1-1 and 13.3 determine the power of the agricultural machine 7.3 Index limit
The performance standard of the generator set shall at least meet the provisions of GB/T282.5-[? G level, 12820,-1997 gives the specific requirements for the standard. The buttocks whole refers to the value of a liquid 132320.51097 Zhi 3 regulations 2 to the unit type with a left 3
CR/T 2820.122G02
shift state rate band
state super rate blue
night state power will control
war state voltage help range
not deep cross class heart outflow
down
table 3 to table 7 The specific requirements of the wall example are as follows: the number 2205 AM printed out the power method of using the production price of light can also be seen (the assumption of the bottom clause of the certificate is not A. The generator year is larger than the VA motor group. The teaching and examination standard is only for the power line of the world to ask you to be negative or neutral. The additional requirements of the day are as follows: HHKAoNT KAca
The power station with emergency test and control should be powered by a battery for standby. This method is based on the requirements of the China Consulting Association 81
G/T-3337.1 and IFC2.
This type of engine can be used for a small part of the voltage. In addition to the automatic start of the engine and the control circuit, it cannot be used for other purposes: when the ambient temperature is low and the power is in a floating state, the capacity of the battery can provide enough current to start, control and control the generator set. The total start-up time is 1 start-up interval of 5 times: the original energy-boosting generator set is started three times. Each time the drive (electric shock), the low battery voltage should not affect the control system. For each battery, the control type should be detailed. In terms of equipment, the equipment has certain physical and mental functions and is used for charging (cable out of the north), and can be converted into a floating state during charging: The charging terminal can charge the battery to its rated capacity of A under the specified conditions:
Category 4 power group: within:
Category 3 single unit: within:
In addition to charging the battery, the charging equipment should provide sufficient energy for operation, and the over-voltage detection and control should be changed to continuous (stop) operation. It should provide a device that can monitor the frequency of long-term operation and implement warning supervision. The line should be designed in accordance with the market's large European model. The night alarm terminal can be reset at the permanent land test tube when the tube is started by: short tire voltage staleness (for example: starting or charging while running must not lack the limit:
G/T 282C.*22002
When the battery charger fails (such as: AC system or automatic circuit breaker), it should be able to send a message, etc.
The battery is overcharged and its related system should be designed so that the control is reliable. The power supply should not be too long away from the maximum rated voltage of the control equipment.
The specifications of the starting cable should be determined by: When the generator or starter is started, the total voltage drop on the battery should not exceed the nominal voltage of the battery. If a separate battery is used to control the generator and the user's power generator, a charger should be provided according to the relevant provisions of this standard.
8.2 The specifications and digital display of the compressed air cylinder for the starting engine should be increased: In both hot and cold conditions, it can make the engine run at more than or twice the speed of the fire. The inflator system is a virtual valve supply and wax machine system. The inflation system should be able to quickly apply the internal pressure to the working area within 45m, and the bottom pressure of the gas can always be displayed. If the required pressure cannot be maintained, an alarm will be issued. Each gas cylinder has a power or actuation device. 8.3 The fuel supply of the fuel-driven generator is sufficient for the continuous power supply of the supplier. The fuel supply of the Class 2 generator set is sufficient to enable the generator to operate at a rated power of at least 81. For the Class 4 generator set, including the oil for trial operation, the oil supply should be sufficient to operate at least 26 at the rated power. When a natural fire occurs (such as when the ground screen is on), the generator set must be powered. [This is called the longest time of operation. This is called the result of the negotiation between the system and the production on the specific power supply business. The priority should be increased according to the main amount of oil injection (supply: the amount of oil sales must be to make the unit run at a power of less than 2b in the table. The correction pen should be placed close to the engine: In order to ensure that the generator can be started, the bottom of the fuel tank should be at least one level higher than the engine's fuel ticket. Unless the engine manufacturer has specified, there should be two oil-gas components on the upper continent: in order to gradually avoid overfilling, there will be enough leakage. Provide appropriate protection measures without continuous bleeding and blockage. Other requirements for the quantity should be made and the oil pen should be used as the capacity indicator or the ruler as the capacity indicator. 84 The movable communication card can be used to verify that the main power supply can be switched to a half-automatic power supply. 8.5 The common power supply system is shorter than 0.5: The power supply should not be disconnected or the engine should not be disconnected from the power supply and the heat should not be interrupted. 8.6 When necessary, the total time control should be accurate and effective. Six! : When the area reports the emergency information of the group and the quarterly mail of the group, the special high-security power supply is installed, complete: The safety rate of the increase and the charging agent are not adjusted, and the industry is also out of regulation. That is, the emergency product research and development group will inevitably become "the second time the expensive power will be more than the general demand, and the emergency power generation product will be managed through the virtual safety device for a longer time. To the commonly used power supply system to get compensation, under some special circumstances, the natural time reached 155) "95 volume on January 1, the Kobe area suffered two disasters: zero repair: the power supply system of some households in Sichuan Province was compensated for the month,
due to the good work of the lower camp kidney order production: the book cover color power generation group occurred the second time the damage product could not be started in time, this must depend on the emergency power generation group network 1. Control operations such as oil push, oil charging, etc. 9. Control devices and switch devices
The automatic equipment of the generator can be integrated with the power grid. 9.1 Protection, measurement, monitoring and control equipment of the generator 9.1.1 Generator protection equipment
B2.1, the protection equipment of the customer is modified, 9.1.2 Measurement and monitoring equipment of the generator
GB/2820, 4.6.11 stipulates the current and monitoring section of the generator: the column should record the high current
GB/T 2820. 122032
Monitor the following situations:
Generator battery:
"Grid supply and generator supply" formula. See GB283U.4 Section 6.
9.2 Engine measurement and monitoring equipment
GB2820.4 Section 7.3 and 7.4 have made improvements to the measurement and monitoring equipment of the engine. 9.3 Generator set and monitoring equipment
B28201.4 Section 7 has made improvements to the measurement and monitoring equipment of the generator set. 9.4 Service monitoring signal
shall be a warning signal for power outage generator sets, a generator set "ready" selector is in the "white start" position or the power generation plan is running for a long time. The generator is in the power supply to the user:
a generator set is running
a good machine is corrected
10 Test method
10.1 Simultaneous power supply test with the power grid
HKoN KAa-
and a generator are usually tied to the power grid. Simultaneous power supply with the power grid H uninterrupted operation test is completed according to the following requirements. 10.1.1. No switching to add level
The manual and automatic type generator sets are close to the grid efficiency and self-pressure. After the generator circuit breaker is connected, the speed governor of the internal combustion engine is adjusted to achieve the desired bypass and the power required by the equipment, and the generator sets are connected to the grid for testing. After the test is completed, the generator set is loaded by reducing the rated speed of the inverter. When the power is less than % of the rated power, the generator circuit breaker is closed,
For this purpose, it is necessary to provide the appropriate generator protection equipment and close the control equipment! See G Section 22547.2) In order to determine the protection function of the new requirements and identify grid faults: cooperate with China Grid to conduct weekly tests as necessary. 10.1.2 There is a flash-change continuous drive loading operation
Use manual and dynamic methods to make the generator set close to the power and pressure of the industry grid: After the new automatic machine is synchronized, the protection is used to increase the output space of the generator set through the verification of the engine speed governor: the power supplied by the China Grid is the rated power of the generator set: 0%, the grid The circuit breaker should be disconnected. In order to ensure that the equipment and generators used under the power supply are connected to the power grid, the test station should carry out the following work in reverse order:
For this purpose, it is necessary to provide appropriate generator protection equipment and special control equipment (GB/2820.1 5.1 and 7.2). In order to determine the depth of protection required by the power grid and identify network faults, it is necessary to conduct coordinated tests with the power grid. 15.1.3 Test with ground wells | |tt||Use the automatic or automatic mode to make the generator set close to the frequency of the power grid. When synchronized with the power grid, the generator circuit breaker is closed after a certain time, the power grid breaker is immediately disconnected, and the power consumed by the generator is immediately oversupplied. In order to prevent the generator from overloading and out of service, it is necessary to ensure that the load reduction of the equipment is within the scope of the equipment, and it cannot exceed the power of the first stage specified in the equipment. The power and power will be connected to the grid without disconnection. In order to reconnect the power grid with the power equipment and the generator set without power failure, the above replacement procedure is reversed. The prerequisite for this is that all user loads are transferred to the grid within the specified time. For this purpose, it is necessary to mention the protection equipment of the generator and the relevant control equipment (/28.4 5.): In order to ensure the protection required by the grid and control the grid failure, the necessary 1C.2 of the coordinated test with the grid is not supplied at the same time as the grid
GI/T 2820.122002
For the purpose of testing the power supply of the simulated network, the network should be disconnected. The interruption of the power supply to the equipment shall be caused by the constant replacement of the starting and service performance characteristics of the generator set in Chapter 6. The test shall be carried out as follows:
Class 3 generator sets shall be tested in accordance with 10.1.1 or 10.1.2, and Class 4 generator sets shall be tested in accordance with 10.13.
11 Tests
11.1 General
This test shall be classified by the acceptance test of Chapter 3/2820.6.
11.2 Installation test
) The test items listed in the series provide a reference for correctly determining the capacity and performance of the generator set in the order of operation. The generator should be put into operation at the beginning of the period, but before it is put into operation or after it is put into operation, these tests should be carried out according to the general situation in the distribution network: a) The emergency generator set supplies power to users; b) Carry out safety inspection on the room where the generator is installed: fire prevention, network information, gas distribution, etc.; when confirming the current qualification of the generator set, consider the possible starting current of the load (for example: motor, fan, attenuation of power supply, etc.);
The user equipment of the generator set must meet the following tests, especially the following tests: the operation test of the emergency power generation group, including: \dynamic test, operation test of auxiliary equipment and control equipment, etc.: the total energy consumption when operating at rated power is tested as a generator set during operation. The dynamic difference of the power generation suppression rate should be obtained.
Check whether the local fire protection requirements are met.
11.3 Periodic test
11.3.1 In addition to the planned test of the power station according to the provisions of 1F04-7-710, the remaining tests are as follows: a) Perform operation test on the power supply of the main equipment at the end of the month, including: - Monitoring the battery grid voltage - Starting and commissioning compliance - Monitoring the load connection characteristics of the switchgear, the performance of the equipment and auxiliary equipment 1) Monitor the load cut-off characteristics of the emergency generator. The emergency generator should be operated at least at the predetermined power level of 5/10. If the equipment is not suitable for the use of the equipment, the generator can be driven in reverse without reverse operation. C: After the equipment is shut down, it is necessary to carry out operation test. 11-3.3 Annual inspection to verify that the generator set can still meet the design requirements of the equipment: the inspection records should be kept and the test time should be no less than "year 2 rating label
GH and other 14 enjoy the standard of damage, the bottle label of the generator should also include the identification of the clothing】. GB/T2820.13-2002
13 Document requirements
HHKAoNT KAa
The instructions for the system components and accessories should be provided. The instructions should provide sufficient information on operation, maintenance and safety. 14
Design survey sheet
Table 4 gives the relevant information that needs to be known for the correct design of the generator set. Table 4 Matters to be considered when designing the generator set Name
Shoulder or system
In energy stimulation
And well operation
Starting
Prime mover
Generator
Generator sub-key to
Use also points
Non-micro
Power
Ten-way installation and pulling
Technology
Planning multiple links
ZTE
Prohibited special standards
GB/- 2F2C 1
CBm 2F26.5
GDT 2E36.1
GUT 2E2G.3
GDT 2626.1
GR/T 2^2:,1
GB/T 2626.1
G/A241
Gk? 2n2..1
Gh/- 272..1
GH:2F26.2
GHT 2B2K1
GK,T2H2G.
IEC 60601-1
IEC 60364-7-710
1 month system selection business welcome flood of the month,
2 use wide and agent manufacturers good business increase the target
3 steal to the Sichuan household supply of practice project,
situation said milk
required replacement system between the document letter, this will be determined to install long-term power failure, light back power failure or power failure installation generator equipment for five information, such as the size of the previous installation, the type of load! This equipment bottom control step also connected to the system. The maximum load of the generator set running bright north
card high judgment of the whole less change ") and the feasibility of the operation of the mouth and the strategy of the operation after the times The whole
self-employed, this period, the diesel and gasoline consumption
shape determination
generator set extension points and environmental conditions that have an impact on the black generator set
planning environment
determination of power supply cost, power supply calculation, line characteristics, line characteristics, tolerance model and voltage, neutral line load, protection capacity
report the conclusion, the unit production responsibility reduction requirements and the basic allowable report software selection installation feasibility
grid distribution sample
interest type
JEC: 62146-1-1:1991
1FC: 61146 1 2:101
JEC: 601:i-1-*: 199]
1EC:50116-2:104
TEC S011N 4.186
IF 60364 3:1993
Appendix A
(Informative Appendix)
Wen Meng Yue Lu
Part 1-1: General requirements and circuit converters
General requirements and circuit converters
Part 12: Application guidelines
GD:T 2820.'2—2302||TT||Requirements for use and line step-down converters||TT||Part 1-3: Transformers||TT||Semiconductor devices Part 2: Self-converting semiconductor devices: Part 4: Uninterruptible power supply systems (power supply systems) - Part 3: Performance evaluation of electrical equipment in buildings 1EC n364-6-rl:15sri
1EC60361-6-62.
2 i.e. the city
gas installation of drinking water part 1 some certificates chapter final verification electrical installation of building part 1 verification: chapter 6, periodic verification
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