This part specifies the classification, requirements, test methods, inspection rules, marking, packaging and storage of electromechanical AC active and reactive energy meters. JB/T 5467.1-2002 Electromechanical AC active and reactive energy meters Part 1: General requirements JB/T5467.1-2002 Standard download and decompression password: www.bzxz.net

ICS17.220.20
N22
JB
Machinery Industry Standard of the People's Republic of China
JB/T5467.1—2002
replaces JB/T5467—1997| |tt||Electromechanical AC active and reactive energy meters
Part 1: General requirements
Electromechanical meters for active energy and reactive energyPart1: General requirements
Released on 2002-12-27
Implemented on 2003-04-01
The National Economic and Trade Commission of the People's Republic of China released the foreword,
Introduction..
Scope.
Normative reference documents
2
3 Terms and Definitions
4 Classification.
Classification
4.1
Standard power value
4.2
5 requirements...
5.1
5.2
5.3
5.4
5.5
5.6||tt| |5.7bzxZ.net
5.8
6
6.1
6.2
6.3
Mechanical requirements
Electrical requirements.||tt ||Accuracy requirements
Starting and creeping..
Electric energy meter constants
Adjustment,
Climate environment performance
Average life (reliability Requirements)
Test methods
General mechanical requirements
Case test
Window.
6.4
6.5
6.6
6.7
6.8
6.9
6.10
6.11
6.12
6.13
6.14|| tt||6.15
6.16
6.17
6.18
6.19
6.20
Terminal one
Terminal one Base one protective grounding terminal
Terminal cover
Gap and creepage distance
Class III protective insulation encapsulated electric energy meter
Heat resistance and flame retardant test.|| tt||Dust-proof and waterproof test
meter
Rotation direction and rotor mark
Power loss
Temperature rise
Short-term overcurrent effect Test
Self-heating effect test
Insulation.
Resistance to ground fault test
Accuracy.
Number of electric energy meter straps
Startup and latent movement
item
times
JB/T5467.1--2002
VII
10
10||tt| |10
10
12
2
12
12
.12
12
13
15
15
20
.20
JB/T5467.1--2002
6.21
Explanation of test results
Adjustment
6.22
6.23
6.24
6.25
Test of resistance to environmental conditions
Mark inspection
Reliability verification test
7 inspection rules,
7.1
7.2
7.3
7.4
7.5
7.6
7.7
Factory inspection
Type inspection,
Periodic inspection..
Reliability verification test.||tt ||Periodic inspection sampling plan...
Reliability verification test sampling plan
Judgment of inspection results,
8 marking, packaging and storage
8.1|| tt | | 8.2 | Overall dimensions and installation dimensions of the electric energy meter Appendix C
Appendix D
Appendix E
Figure B.1
Figure B.2
Figure DI
Figure D.2
Figure D.3
Figure D.4
Figure D.5
Figure D.6
Figure D.7
Figure D.8
Figure D.9
Figure D.10
Figure D.!1
(Normative appendix ) Ground fault test circuit diagram normative appendix) The terminal layout of the electric energy meter and the connection circuit diagram of the coil. (Normative appendix) AC active and reactive energy meter inspection items are from the single-phase electric energy meter overall dimensions and installation dimensions diagram three-phase Overall dimensions and installation dimensions of the electric energy meter. Single-phase two-wire direct connection electric energy meter circuit diagram. Single-phase three-wire direct connection electric energy meter circuit diagram. Single-phase three-wire direct connection electric energy meter circuit diagram. Single-phase three-wire direct connection electric energy meter circuit diagram. Circuit diagram of human-type active energy meter. Three-phase three-wire connected to human-type active energy meter through current transformer or universal current transformer. Circuit diagram of three-phase three-wire connected to human-type active energy meter via current and voltage transformer or universal current and voltage transformer. Electric energy meter circuit diagram. Three-phase four-wire direct connection type active energy meter circuit diagram. Three-phase four-wire electric energy meter circuit diagram through current transformer or universal current transformer. Three-phase three-wire direct connection type. Reactive energy meter circuit diagram with 60° phase angle...21
21
2
22
22
22||tt| |22
22
22
22
22
-.22
22
23||tt| |·23
3
24
23
27
28
26
28
28
29
+29
30
..30
-.31
..3]
33
Three-phase three-wire reactive energy meter circuit diagram with 60 phase angle connected via current transformer or universal current transformer....32 Three-phase three-wire via current, voltage transformer or universal current transformer Circuit diagram of reactive energy meter with current and voltage transformer connection type and 60° phase angle difference.
Figure D.12
Figure D.13
Three-phase, four-wire, three-phase Circuit diagram of a reactive energy meter with components directly connected to the user. Circuit diagram of a reactive energy meter with three-phase four-wire components connected via a current transformer or universal current transformer. Figure D.14
Three-phase four Circuit diagram of reactive energy meter with real-line connection type and additional series coil 33
.33
.34
...34
Figure D.15 Three-phase four-wire reactive energy meter circuit diagram with additional rate coil connected via current transformer or universal current transformer...35 Figure D.16 Allowed terminals of connected type electric energy meter via current transformer Button layout. Table 1 Basic environmental conditions of each group of electric energy meters, Table 2 Standard reference current
Table 3 Standard reference voltage
35
Table 4 Terminal aperture
Table 5-1
The clearance and creepage distance of Class 1 protection electric energy meter Table 5-2
The clearance and creepage distance of Class II protection electric energy meter
Table 6 The power consumption of the voltage line
shows the power consumption of the electric
current line,
Table 8
Table 9
Table 10||tt ||Table 11
Table 12
Table 13
Table 14
Table 15
Table 16
Table 17||tt| |Table 18
Table 19
Table 20
Table 21
Table 22
Table E.1
Temperature rise||tt ||The amount of change caused by short-term overcurrent
The amount of change caused by self-heating.
The amount of error change caused by ground fault
JB/T5467.1-2002
6
Percent error limit of active energy meter (single-phase energy meter and three-phase energy meter with balanced load) Percent error limit of reactive energy meter (single-phase energy meter and three-phase energy meters with balanced loads) Percent error limits of active energy meters (three-phase energy meters apply single-phase current and three-phase balanced voltage) Percent error limits of reactive energy meters (three-phase energy meters apply single-phase current and three-phase balance voltage) influence amount,
starting current
minimum adjustment margin
AC voltage
voltage and current balance requirements
reference conditions
Explanation of test results
Test items
8
8
.8
8
10||tt ||10
14
16
16
21
36
Foreword
JB/T5467 "Electromechanical AC Active and Reactive Energy Meters" is divided into two parts: Part 1: General requirements
Part 2: Special requirements for long-life electric energy meters. JB/T5467.1---2002
This part is the first part of JB/T5467, based on GB/T15283-1994 "0.5, 1 and 2 Class AC Active Watt-hour Meter" (EC521:1988Class0.5 , land2alternating current watt-hourmeters) and GB/T15282-1994 "Reactive energy meters" (IEC145:1963Reactive energymeters)
The main differences between this part and GB/T15283-1994 and GB/T15282-1994 are as follows: increase The classification of electric energy meters was stipulated, and the environmental conditions for the use of electric energy meters were stipulated: the requirements for reliability of electric energy meters were added: the inspection was divided into type inspection, periodic inspection and factory inspection, and the corresponding inspection items were listed: The requirements and test methods are written separately, and test methods, inspection rules and packaging and storage regulations are added: 1. Refer to IEC62052-11/CDV "Electric Energy Measuring Equipment (ac) - General Requirements, Test and Test Conditions - Part 11: Measurement According to the regulations of "Equipment", mechanical performance tests are added, including impact test, vibration test, dustproof and waterproof test: referring to the regulations of EC62052-11/CDV, dry heat, low temperature, alternating damp heat test and sunlight resistance test are added Regulations: - With reference to the regulations of C62052-11/CDV, electric energy meters are divided into two categories: those connected directly and those connected through transformers. The requirements are stipulated respectively: - Refer to C62053-11/CDV "Electric Energy Measuring Equipment (ac)" ) - Special Requirements - Part 11: Electromechanical Active Energy Meters (0.51 and 2 Levels)" regulations, adding requirements and test methods for the effects of voltage imbalance: refer to the regulations of EC62052-11/CDV, for on-band ground faults The electric energy meter used in the power grid of the balancer has added requirements for ground fault resistance:
Referring to the regulations of EC62052-11/CDV, the electric energy meter is classified into Class 1 and Class II enclosed electric energy according to insulation protection. Table, supplemented with the regulations on clearance and creepage distance of Class 1 and Class II protective insulation-encapsulated energy meters: 1. Refer to C610361 and Class 12 Stationary AC Active Energy Meters and EC60687 "AC Static Active Energy Meters (0.25 and 0.5S level)" standard stipulates the time for starting and creeping tests. This part is a revision of the standard JB/T54671997 AC Active and Reactive Energy Meters. Compared with JB/T5467-1997, in addition to the above differences, this part also has the following differences: a) Use environmental conditions refer to C62052-11 /CDV file, divided into indoor type (Group P) and outdoor type (Group C) electric energy meters: b) The test methods of the new entries are supplemented accordingly, and all test methods are improved as much as possible to enhance the reliability of the test methods. Appendices A and B of the original standard have been revised accordingly, and appendices C, D and E have been added. Appendix B (informative appendix) gives the appearance dimensions and installation dimensions of the electric energy c
meter, in an effort to gradually unify the appearance and installation dimensions of the electric energy meter. This part replaces JB/T5467-1997 AC active and reactive energy meters. Appendix A, Appendix C, Appendix D and Appendix E of this part are normative appendices, and Appendix B is an informative appendix. This part is proposed by China Machinery Industry Federation. This part is under the jurisdiction of the National Technical Committee for Standardization of Electrical Instruments. This section was drafted by: Holley Group Co., Ltd., Ningbo Samsung Group Co., Ltd., Chint Group Zhejiang Chint Instrument Co., Ltd., Harbin Electrical Instrumentation Research Institute, Ningbo Kaihui Electronics Industry Co., Ltd., Qingdao Electric Meter Factory, Shanghai Jinling Smart Meter Co., Ltd., Siemens Meter (Zhuhai) Co., Ltd., Henan Jinque Electric Co., Ltd., Shanghai Inft Electronic Technology Co., Ltd., Changsha Electric Meter Factory, Tianjin Tengma Electric Meter Factory. The main drafters of this section: Xue Dejin, Fang Jiliu, Sheng Quangen, Chen Weizhen, Wang Xiaochuan, Bai Jingfang. The previous versions of the standard replaced by this part are: JB/T5467-1991JB/T5467-1997. V
citation
JB/T5467.1—2002
JB/T5467.1 "Electromechanical AC active and reactive energy meters Part 1: General requirements" is JB/T5467 -Revision of the 1997 "AC Active and Reactive Energy Meters" standard. The revision of the standard was to make the standard structure compatible with the special requirements of long-life electric energy meters, so the basic content of the original JB/T5467-1997 standard was revised as Part 1, becoming an electromechanical AC active and reactive energy meter. The general requirements for long-life electric energy meters are included as part 2 of the standard; on the other hand, the International Electrotechnical Commission has recently made adjustments to the structure and performance of the standard: the entire electric energy metering equipment has been included in the standard. In the C62052 and C62053 series of standards, electromechanical and static electric energy meters are completely unified in terms of use conditions, which is consistent with the aspirations of the domestic electric energy meter industry. This revised part fully embodies the above spirit
This part is marked with GB /T15283-1994 (0.5, 1 and 2 level AC active watt-hour meter\ (equivalent to EC521-1988) and GB/T15282-1994 "Reactive watt-hour meter" (equivalent to EC145-1963), and fully Taking into account EC62052-11/CDV "Electrical energy measuring equipment (ac) - General requirements, tests and test conditions - Part 11: Measuring equipment" and C62053-11/CDV "Electrical energy measuring equipment (ac) - Part 11 special requirements" : Electromechanical Active Energy Meter (Level 0.5, 1 and 2)" document is a revision of the original standard. This standard is a domestic trade and quality supervision standard. Since the positive C standard is the same as the GB/T15283-1994 "0.5, 1 and 2-level AC active energy meter" standard and the GB/T15282-1994 "Reactive energy meter" standard, they are only applicable to the type inspection of the latest manufactured energy meters. : There are no provisions for routine inspection and periodic inspection items, and the arrangement and writing of the standards are different from the writing habits of domestic standards; furthermore, these standards do not make provisions in terms of reliability, etc., and these provisions have a negative impact on the current domestic production The electric energy meter used is required. Therefore, this part is the same as the B/T5467~1997 standard. It is a supplement and improvement to GBT15283-1994 and GB/T15282-1994. The electric energy meters sold in China shall undergo factory inspection and inspection according to the requirements of this part. Quality assessment is conducted to meet the needs of domestic production and trade and ensure that products produced in accordance with this section have high technical indicators and strong market competitiveness. VI
1 Scope
Electromechanical AC active and reactive energy meters
Part 1: General requirements
JB/T5467.1-2002
This part specifies the classification, requirements, test methods, inspection rules, marking, packaging and storage of electromechanical AC active and reactive energy meters. This part is suitable for fixed installation and use, measurement reference Electromechanical active and reactive energy meter for alternating current energy with a frequency of 50Hz. This section only applies to electric energy meters for indoor and outdoor use, with the measuring mechanism and meter enclosed in a watch case, and their combination with accessories (including built-in current transformers).
This section also applies to work indicators and test output. If the measuring mechanism of the energy meter is used to measure more than one type of energy (multi-energy energy meter), or when other functional components such as maximum demand indicators, electronic multi-rate counters, time switches, ripple controllers, data If communication interfaces, etc. are enclosed in this case, the standards corresponding to these components should also be followed. This section does not apply to:
a) Portable energy meters:
b) Electrical energy meters where the voltage between terminals (voltage between lines of the energy meter in a three-phase system) exceeds 600V: c) Meter data interface for electric energy meters.
2 Normative reference documents
The provisions in the following documents become the provisions of this part through the reference of this part of JB/T5467. All subsequent amendments (not Neither erratums nor revised versions apply to this section, however parties to an agreement under this section are encouraged to investigate whether the latest versions of these documents can be used. For undated referenced documents, the latest version shall apply to this part. GB/T1634-1979 Test method for thermal deformation temperature under bending load of materials (referred to as thermal deformation temperature). Environmental testing of electrical and electronic products. Part 2: Test methods. Test A: Low temperature. (idtECGB/T 2423.1—2001
60068-2-1:1990)
GB/T 2423.2200
60068-2-2:1974 )
Electrical and electronic products Environmental Test Part 2: Test Method Test B: High Temperature (idtIEC Basic Environmental Test Procedures for Electrical and Electronic Products Test Db: Alternating Humid Heat Test Method (eqvIECGB/T 2423.4~1993
60068-2-30:1980)| |tt||GB/T 2423.51995
60068-2-27:1987 )
GB/T2423.101995
Environmental testing of electrical and electronic products Part 2: Test methods Test Ea and Guide: Shock (idtIEC Environmental Testing for Electrical and Electronic Products Part 2: Test Method Test Fc and Guide: Vibration (Sinusoidal) (idt IEC 60068-2-6:1982)
Basic Environmental Testing Procedures for Electrical and Electronic Products Test Ka: Salt spray test method (eqv positive ECGB/T2423.17-1993 Electrical
60068-2-11:1981)
GB/T2423.24-1995 Electrical and Electronic Products Environmental Test Second Part: Test method Test Sa: Simulate solar radiation on the ground (idt positive EC60068-2-5:1975) GB/T2829-1987 Periodic inspection counting sampling procedure and sampling table (suitable for inspection of production process stability) GB4208- 1993 Enclosure protection level (IP code) (eqvEC60529:1989) GB4706.1-1998 Safety of household and similar electrical appliances Part 1: General requirements (eqVIEC60335-1:1991) JB/T5467.1—2002
GB4793 .1-1995 Safety requirements for electrical equipment for measurement, control and laboratory use Part 1: General requirements (idtEC61010-1:1990)
GB/T5169.10-1997 Fire hazard test methods for electrical and electronic products General Principles of Glow Wire Test Methods (idtEC60695-2-1/0:1994)
Test Methods for Fire Hazard Tests for Electrical and Electronic Products Glow Wire Test Methods and Guidelines for Finished Products idGB/T5169.11—1997||tt ||IEC 60695-2-1/1:1994)
Thermal resistance evaluation and classification of electrical insulation (eqvEC60085:1984) GB11021—1989
Reactive power meter (eqvEC60145:1963) GB/T 15282-1994 | Instrument packaging, general technical conditions
High voltage test technology part one: - general test requirements (egv C60060-1:1989) GB/T16927.1—1997
High voltage test technology part two Part: Measuring system (eqvEC60060-2:1994) GB/T 16927.21997
21 and 2-level static AC active energy meter (idtEC61036:2000) GB/T17215—2002
JB/T6214--1992 Instrument Reliability Verification Test and Measurement Test (Exponential Distribution) Guidelines for Instrument Transportation, Transportation and Storage Basic Environmental Conditions and Test Methods JB/T9329-1999
JB/T500702002
3 Terms and Definitions| |tt||Reliability requirements and assessment methods for electric energy meters
The terms and definitions established in GB/T15283-1994, GB/T15282-1994 and GB/T17215-2002 and the following are applicable to 3.1 of this section||tt| |Electromechanical energy meter is an electric energy meter in which the AC magnetic field generated in the coil (voltage and current) interacts with the current induced in the conductive movable part (disk), so that the rotation of the disc is proportional to the measured electric energy. 3.2
Indoor electric energy meters indoormeters
Electric energy meters that can only be used in places with additional protective measures against environmental impact (installed indoors or in boxes). 3.3
outdoormeters
Outdoor electric energy meters
Electrical energy meters that can be used in exposed environments without additional protection. 3.4
reference current
reference current
3.4.1
basic current
basiccurrent(I)
determine the direct connection The current value of the relevant characteristics of the energy meter. 3.4.2
rated current ratedcurrent(I,)
determines the current value of the relevant characteristics of the electric energy meter connected through the current transformer. Note: Unless otherwise stated. Current and voltage values ??are all root mean square values. 3.5
Reliability
The ability of the product to complete the specified functions under specified conditions and within the specified time. 3.6
meanlife(meantimetfailure)
mean life
2
average working time of the product before failure (MTTF) 4 categories
4.1 categories
Classified according to the way of accessing the line and the measured electric energy 4.1.1
a)
b)
c)
d)| |tt||e)
g)
h)
i)
j)
k)
1)|| tt||m)
n)
Single-phase two-wire and single-phase three-wire connection type:
Single-phase active via universal current transformer connection type: Three-phase three-wire active Direct access type:
Three-phase four-wire active direct access type:
Three-phase three-wire reactive direct access type:
Three-phase four-wire reactive direct access type :
Three-phase three-wire active power transformer connection type
Three-phase four-wire active power transformer connection type: Three-phase three-wire reactive power transformer connection type: Three-phase four-wire none Power transformer connection type: Three-phase three-wire active power universal universal transformer connection type Three-phase four-wire active power universal universal transformer connection type: Three-phase three-wire reactive power universal universal transformer connection type: Three-phase For the four-line reactive method, use the mutual isolation device to pick up people. JB/T5467.1—2002
The electric energy meter connected by transformer refers to the electric energy meter connected by fixed ratio transformer. The electric energy meter can directly read the watt-hours (or kilovar-hours) of the recorded electric energy: for the electric energy meter connected by multi-purpose transformer, the reading of the electric energy meter needs to be multiplied by the change of the transformer. 4.1.2 Classification by grade index
1 Active electric energy meter is divided into: 0.5, 1 and 2 grades: Reactive electric energy meter is divided into: 2 and 3 grades.
4.1.3 Classification by ability to withstand environmental conditions
Electric energy meters are classified into two types according to their ability to withstand environmental conditions: Group P (indoor electric energy meter) and Group C (outdoor electric energy meter). The basic environmental conditions of each group of electric energy meters are shown in Table 1.
Basic environmental conditions for each group of electric energy meters
Table 1
Environmental parameters
Reference temperature
Reference humidity
Specified working ambient temperature
Working limit humidity range
Transportation and storage limit humidity range
Relative
Humidity
Annual average
30 days (these days in the year are distributed in a natural way)
The rest of the time sometimes reaches
Sunlight
Condensation
Dust and sand
Rain
Group P
No mark
-10℃~45℃
25C~55℃
-25~70℃
None
None
Slight
Vertical dripping water is possible
Group mark
23c
40%~60%（23C)
≤75%
95%
85%
Note I: Relative humidity as a function of ambient temperature is specified in Appendix A (Normative Appendix). Note 2: When the electric energy meter is stored and transported at the temperature limit, the maximum time is 6h. Group C
c
-25℃~55℃
40℃-70°C
-40℃~70℃
Yes
Yes
Yes
Yes
3
Tip: This standard content only shows part of the intercepted content of the complete standard. If you need the complete standard, please go to the top to download the complete standard document for free.